Primary

Rangometry (Product Code: SLE/LP/01) is a set of coloured rubber shape pieces used to explore 2-D shapes, patterns, tessellation and early counting in primary-school maths lessons. It contains over 350 pieces in eight shapes, with sides and angles designed in proportion so children can discover how the shapes relate to one another. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as part of its range of mathematics lab kits.

Key Details

What Is Rangometry Used For?

Younger children start by making colourful pictures and telling stories with the pieces, then count them to build basic number sense. From there, the activities move to recognising each 2-D shape by its angles and sides, sorting the pieces, and making and continuing patterns based on shape, colour and number.

Older primary pupils use Rangometry for tessellation, covering a given region with tiles of one shape and checking for gaps or overlaps, and for open-ended geometrical problem-solving. Because the sides and angles are proportioned, children can compare edges and corners and find combinations that fit together, learning shape properties intuitively rather than by memorising definitions. Wet pieces stick to a whiteboard, window or other smooth surface, so a teacher can demonstrate a pattern for the whole class, making it a flexible junior lab kit for primary school maths corners.

Supplier

Rangometry reaches schools through Jain Scientific Equipments Private Limited, which trades as ScienceLab from Ambala, Haryana. Activity-based classrooms, maths labs, teacher-training programmes and dealers can order it alone or with geoboards and sorting kits to build a complete shape-and-space collection. More information is on the ScienceLab company profile.

Related Primary Maths Kits

These kits extend the shape, pattern and tiling work:

• Tessellation Kit — further tiling activities once pupils know the idea.
• Sorting Kits Triangle — classifying triangles, following on from the two triangle shapes.
• Sorting Kit Quadrilateral — sorting four-sided shapes such as squares, rectangles and rhombuses.
• Geoboard — building and comparing shapes on a pegboard.
• Tangram — a shape puzzle for earlier years.

See the whole range in Primary.

Frequently Asked Questions

What is included in Rangometry?
Rangometry includes over 350 rubber pieces in eight shapes, each shape in a different colour, together with a write-up that details the activities. The write-up helps teachers plan lessons on shapes, patterns, counting and tessellation without extra preparation.

Which shapes are in the Rangometry set?
The Rangometry set has eight shapes: hexagon, trapezium, small rhombus, big rhombus, equilateral triangle, isosceles triangle, square and rectangle. Their angles and sides are designed in proportion so children can explore how the shapes relate and fit together.

How do the Rangometry pieces stick to a board or wall?
Rangometry pieces can be pasted on any smooth surface after making them wet, so they hold on a whiteboard, glass or tiled surface without glue. This lets teachers build patterns and tessellations at the front of the class for everyone to see.

Which maths concepts does Rangometry cover?
Rangometry covers shapes, patterns and number sense: counting, recognising 2-D shapes by their angles and sides, making and identifying patterns, tessellating a region with one shape, discovering shape properties intuitively and geometrical problem-solving.

Which primary classes can use Rangometry?
Rangometry is part of our primary learning range, and its activities run from simple counting and picture-making to angles, sides and tessellation, so it can serve several primary levels. The listing gives no age band; ask us if you want advice for a particular class.

Who supplies Rangometry and how do I get a quote?
Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India supplies Rangometry to schools, maths labs and dealers in India and international markets. Send code SLE/LP/01, the number of sets and your delivery location through the contact page or enquiry cart.

Request a Quote

Request a quotation through the contact page, or add Rangometry to the enquiry cart with other primary maths kits for one combined quote.

Last updated: 24 September 2026

Balance Brass (Product Code: SLE/LP/02) is a brass balance with a set of gram weights used to teach weight, standard units and the balancing of number equations in primary maths lessons. Besides weights from 50 g down to 1 g, it includes ten plastic cubes of 1 g each, so children can move from informal units to grams and see the equals sign as a balance. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.

Key Details

What Is the Brass Balance Used For?

Lessons usually begin with informal units: children balance a pencil or eraser against a handful of classroom objects and notice that different objects give different answers. That leads naturally to why standard units are needed, and the 1 g plastic cubes then introduce the gram as a unit everyone can agree on. Pupils estimate an object's weight first, then check the estimate on the balance.

The same balance turns arithmetic into something children can see. Placing the 50 g weight on one pan and 20 g, 10 g, 10 g, 5 g, 2 g, 2 g and 1 g on the other shows that both sides are equal, which is exactly what the equals sign means. Sums and differences follow: an object that balances 10 g and 2 g weighs 12 g, and one that needs 5 g added to match 20 g weighs 15 g. It is a practical addition to mathematics lab kits for primary schools.

Supplier

Balance Brass is supplied by Jain Scientific Equipments Private Limited, which trades as ScienceLab in Ambala, Haryana, to primary schools, maths-lab programmes and educational dealers. For school purchase files and vendor registration, the supplying company's details are CIN U29309HR2020PTC087597 and GSTIN 06AAECJ8618A1ZT. Company background is on the ScienceLab profile page.

Related Primary Maths Kits

Items that support weighing, measuring and equation work:

• Balance Mathematical — a number balance for equation work without weights.
• Dish Balance with Weight Number — an alternative balance for comparing masses.
• Volume Measuring Set — extends measurement lessons from weight to volume.
• Digit cards — for writing the number sentences that the balance shows.

Explore more kits in Primary.

Frequently Asked Questions

What comes with Balance Brass?
Balance Brass comes with a brass balance, weights of 50 g, 20 g, two of 10 g, 5 g, two of 2 g and 1 g, ten plastic cubes of 1 g each, and a write-up that details the classroom activities.

What are the 1 g plastic cubes used for?
The ten 1 g plastic cubes in Balance Brass let children count grams one by one, bridging the gap between informal units such as beads or erasers and the standard gram weights. They are useful for estimating and checking the weight of light objects.

How does Balance Brass teach the equals sign?
Balance Brass shows the equals sign as a state of balance: when both pans hold the same total weight, the beam is level. Children put different combinations of weights on each side to build and check number equations and to find sums and differences.

What is the maximum load of the balance?
Our listing for Balance Brass gives the weights supplied but does not state a maximum capacity or pan size. Please ask through the contact page before ordering if you plan to weigh heavier classroom objects, and we will confirm the details.

Who supplies Balance Brass?
Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India supplies Balance Brass to primary schools, maths labs and dealers, and prepares quotations for single sets or class quantities for India and international markets.

What do I need to send for a quotation?
For Balance Brass, send product code SLE/LP/02, the number of sets, your delivery location and any other primary maths kits you need. Use the contact page or the enquiry cart to submit the request.

Request a Quote

Ask for a quote on the contact page, or add Balance Brass to the enquiry cart alongside other measurement and number kits.

Last updated: 24 September 2026

Taming The Tables (Product Code: SLE/LP/03) is a card-and-dice game used to make multiplication tables up to 9 automatic in primary maths classrooms. Teachers use it to move children from reciting tables to recalling facts quickly, with six card sets covering the tables of 3, 4, 6, 7, 8 and 9. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, alongside other mathematics lab kits for schools.

Key Details

What Is Taming The Tables Used For?

Knowing a table by chanting it from the start is not the same as knowing a single fact on demand. Rolling the number dice and the times dice produces a random pairing, so children cannot lean on the chanted sequence; they have to recall the product directly. Practising these “dodging” tables, where facts come out of order, is what turns slow counting-up into instant recall.

Because the six card sets are separate, a teacher can hand a beginner the table of 3 while a confident classmate works with mixed 7s and 8s, and raise the level as recall improves. Laying one card set out in order is also a good moment to look for patterns — for example, how the digits of each answer in the table of 9 add up to 9. The rubber tokens can be used to keep score, which keeps a small group engaged in a maths corner or as part of the lab equipment a school keeps for activity periods.

Supplier

Taming The Tables is supplied by Jain Scientific Equipments Private Limited, which trades under the ScienceLab name from Ambala, Haryana. Primary schools, maths-lab coordinators, tutoring centres and dealers in India and international markets can order it on its own or with other number-sense games from the same range. Company background is on the ScienceLab profile page.

Related Primary Maths Kits

Pair Taming The Tables with these aids for the rest of the multiplication sequence:

• Number Catchers I (3 to 10) — builds the skip counting that comes before table recall.
• Number Catchers II (11 to 15) — extends multiplication patterns to larger numbers.
• Place Value Board Multiplication — moves from single facts to multi-digit multiplication.
• Digit cards — further mental multiplication games with number cards.

Browse the full Primary range of maths learning kits.

Frequently Asked Questions

What is included in Taming The Tables?
Taming The Tables includes six sets of multiplication cards for the tables of 3, 4, 6, 7, 8 and 9, a number dice, a times dice and 20 rubber tokens, together with a write-up that describes the activities teachers can run with the kit.

Which multiplication tables does Taming The Tables cover?
Taming The Tables covers the multiplication tables of 3, 4, 6, 7, 8 and 9 through its six card sets. Its activities aim to make tables up to 9 automatic, with patterns across the tables explored along the way.

Can Taming The Tables be used with children at different levels?
Yes. Taming The Tables can be played at different levels depending on the challenge a child needs, so a teacher can start with a single table and later mix card sets for children who are ready for faster, out-of-order recall.

How should the Taming The Tables cards be stored?
Taming The Tables is easiest to use when each of the six card sets is kept bundled separately, with the dice and tokens in the same box, so a group can take out one table quickly. Keeping the cards dry and flat helps them last through repeated games.

Who supplies Taming The Tables?
Taming The Tables is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab) of Ambala, Haryana, India, to schools, maths labs, tutoring centres and dealers in India and international markets, either as single kits or together with other primary maths kits.

What information does a quotation for Taming The Tables need?
A quotation for Taming The Tables needs the number of kits, the delivery location and whether other primary maths kits should be added to the same order. Send these details through our contact page.

Request a Quote

To order Taming The Tables, send the number of kits and your delivery location through the contact page, or add it to the enquiry cart with other kits from the Primary range for a combined quotation.

Last updated: 24 September 2026

Digit cards (Product Code: SLE/LP/04) is a set of 108 cards used to build 3-digit and 4-digit numbers in place-value and mental-calculation games in primary classrooms. Designed for groups of 4 children aged 7 years and above, the games involve several strategies and can hold the interest of adults too. The set is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, a school lab equipment supplier serving India and international markets.

Key Details

What Are Digit Cards Used For?

One of the simplest activities asks children to take a handful of cards and arrange the digits into the greatest and then the smallest number possible. Reading the result aloud, writing it down and expanding it by place value shows at once whether a child understands that a digit's position, not just its face, decides its worth. Moving from 3-digit to 4-digit numbers raises the challenge once a group is ready.

The same cards support quick mental addition, subtraction and multiplication rounds. Because an answer can be reached in more than one way, players compare strategies and explain their thinking to each other, which is where much of the learning happens. A set can be kept in the maths corner alongside other educational lab equipment, ready for a group of four with very little preparation.

Supplier

Jain Scientific Equipments Private Limited supplies Digit cards under its ScienceLab trading name from Ambala in Haryana. Class teachers, school maths labs, learning centres and distributors order the set singly or in class quantities, usually together with other place-value materials. More about the company is on the company profile.

Related Primary Maths Kits

These aids lead into, or follow on from, place-value games with Digit cards:

• Number Card (101 cards) — number recognition from 0 to 100 before multi-digit work.
• Number Sticks — bundling tens and ones, the idea underneath place value.
• Game of Place Value — another game-based route into place value.
• Taming The Tables — table recall that speeds up the multiplication rounds.

See every kit in the Primary category.

Frequently Asked Questions

How many cards are in the Digit cards set?
The Digit cards set has 108 cards, enough to build 3-digit and 4-digit numbers during games for a group of 4 children. A write-up describing the activities is included with the set, so no extra preparation is needed.

What age is the Digit cards set suitable for?
The Digit cards set is intended for children aged 7 years and above, played in groups of 4. Because the games involve several strategies, older children and even adults can enjoy them, which makes one set useful across more than one class.

Which maths skills does Digit cards practise?
Digit cards practises place value, comparing numbers, forming the greatest and smallest numbers from given digits, reading and writing multi-digit numbers, expanding numbers, and mental addition, subtraction and multiplication, through games that can be pitched at different levels.

How many Digit cards sets does a class need?
Each Digit cards set serves a group of 4 children, so a class usually needs one set for every four pupils playing at the same time. Share your class size through the contact page and we will quote the matching number of sets.

Who supplies Digit cards?
Digit cards is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), based in Ambala, Haryana, India. The company serves schools, maths labs and dealers in India and international markets, and can quote Digit cards together with other primary maths kits.

Request a Quote

Tell us how many groups of four will play and where the sets should be delivered through the contact page, or add Digit cards to the enquiry cart and request one quotation for your whole maths list.

Last updated: 24 September 2026

Fraction Kit (Product Code: SLE/LP/05) is a set of circular fraction cut-outs, fraction dice and fraction cards used to build fractional number sense through activities and games in primary maths. It suits up to 4 children aged 8–13 years and covers unit fractions from ½ down to 1/16, measured against one full-circle whole. The kit is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, whose mathematics lab kits serve both maths labs and class sets.

Specifications

What Is a Fraction Kit Used For?

Children lay the cut-outs on the full circle to see what ½, 1/3 or 1/8 of a whole actually looks like. They soon find that 2/4, 4/8 and 6/12 cover exactly the same area as ½, and that 2/6 and 4/12 match 1/3 — equivalence discovered by hand rather than by rule. Seeing that more pieces means smaller pieces makes the meaning of the denominator concrete, and building non-unit fractions from unit pieces leads naturally to proper, improper and mixed fractions.

The fraction dice and the cards (5 unit and 16 non-unit fractions) turn comparing and ordering into games that can be played at several levels. Older pupils in the 8–13 range move on to addition and subtraction of fractions based on quantity sense before learning the algorithm, and then to multiplication and division of fractions. As educational lab equipment, the kit works equally well as maths-lab stock or as a class kit issued to groups.

What to Specify When Ordering

• The number of kits — one Fraction Kit serves a group of up to 4 children.
• Whether the kits are for a maths lab or for class sets issued to groups.
• Whether you also want a Fraction Dice (Large) for whole-class games led from the front.
• The delivery location and any other primary maths kits to include on the same quotation.

Supplier

The Fraction Kit is supplied by Jain Scientific Equipments Private Limited — ScienceLab is its trading name — from Ambala, Haryana. Schools equipping several maths classrooms at once, teacher-training colleges and dealers in India and international markets order it as single kits or in bulk. The ScienceLab company profile has further details.

Related Primary Maths Kits

Useful companions for fraction lessons with the Fraction Kit:

• Fraction Dice (Large) — one large die per section for whole-class fraction games.
• Decimal Kit — the next step, linking decimal fractions to decimals.
• Non Magnetic Fraction Disc — another circular model for showing parts of a whole.

More number and fraction aids are listed under Primary.

Frequently Asked Questions

What is included in the Fraction Kit?
The Fraction Kit includes two sets of five circular unit fraction cut-outs from ½ to 1/8, one set from 1/12 to 1/16, one whole circle, fraction dice, and fraction cards covering 5 unit and 16 non-unit fractions, plus a write-up of activities.

What age group is the Fraction Kit for?
The Fraction Kit is intended for up to 4 children aged 8–13 years. Its games can be played at different levels, so the same kit supports first work on unit fractions as well as later work on operations with fractions.

Can the Fraction Kit show equivalent fractions?
Yes. With the Fraction Kit, children lay pieces over one another to show that 2/4, 4/8 and 6/12 are equivalent to ½, and that 2/6 and 4/12 are equivalent to 1/3, before they learn the rule for equivalent fractions.

Is the Fraction Kit suitable for a maths lab?
Yes. The Fraction Kit is described as appropriate both for maths labs and for class kits, so it can be kept as lab stock or issued to groups of up to 4 children during regular fraction lessons.

What material are the Fraction Kit cut-outs made of?
The material of the Fraction Kit cut-outs is not stated in the product description. Please ask through the contact page, and the quotation will confirm the material along with the full list of cut-outs, dice and cards supplied.

Who supplies the Fraction Kit?
The Fraction Kit is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, to schools, colleges of education and dealers in India and international markets, in single units or class quantities for fraction teaching.

Request a Quote

Send the number of Fraction Kits you need, and whether a Fraction Dice (Large) should be added, through the contact page. You can also collect items in the enquiry cart and submit them together.

Last updated: 24 September 2026

Fraction Dice (Large) (Product Code: SLE/LP/06) is a large fraction die used for whole-class activities on identifying, comparing and making common fractions in primary maths lessons. One die is intended per class section, and it drives the fractional number-sense games that are played with the Fraction Kit. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as part of its educational lab equipment for schools.

Key Details

What Is the Fraction Dice (Large) Used For?

Because a single large die serves the whole section, the teacher can roll it at the front of the room and every child works with the same fraction at the same moment — naming it, comparing it with the previous roll, or deciding whether it lies closer to ½, 1/4 or 3/4. That shared focus makes it easy to see who has grasped the idea and who needs another example.

The estimation habit it builds, asking “is this nearer a half or three-quarters?”, gives children a feel for the size of a fraction before they calculate with it. During group time the die links to the Fraction Kit: groups make the rolled fraction with their kit pieces and check whether their estimate was right.

Supplier

Fraction Dice (Large) comes from Jain Scientific Equipments Private Limited, the company that trades as ScienceLab in Ambala, Haryana. It is supplied to primary schools, maths resource rooms and distributors in India and international markets, usually in the same order as the kits it supports. The ScienceLab profile explains more about the company.

Related Primary Maths Kits

Items that work alongside the large fraction die:

• Fraction Kit — the group kit whose games the large die is meant to support.
• Decimal Kit — carries fraction work on into tenths and hundredths.
• Fraction Dice — the fraction dice listed in the maths lab range.
• Non Magnetic Fraction Disc — a circular model for showing parts of a whole.

The complete Primary range lists other classroom maths kits.

Frequently Asked Questions

How many Fraction Dice (Large) does a school need?
Fraction Dice (Large) is intended as 1 per section, since it is used for whole-class activities. A school therefore usually orders one die for each class section that is being taught fractions at the same time.

What is the Fraction Dice (Large) used for?
The Fraction Dice (Large) is used to identify and compare fractions, to make and recognise different common fractions, and to estimate how close a fraction is to known fractions such as ½, 1/4 and 3/4 during whole-class games.

Can the Fraction Dice (Large) be used with the Fraction Kit?
Yes. The Fraction Dice (Large) is meant for games for fractional number sense played with the Fraction Kit, so a teacher can lead the whole class with the large die while groups work with their own kits.

Which fractions are marked on the Fraction Dice (Large)?
The fractions printed on the faces of the Fraction Dice (Large) are not listed in its description. Please ask through the contact page and we will confirm the face markings, size and material before you place an order.

Who supplies the Fraction Dice (Large)?
The Fraction Dice (Large) is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab) from Ambala, Haryana, India, to schools and dealers in India and international markets, either on its own or together with fraction kits for group work.

Request a Quote

Let us know how many class sections need a Fraction Dice (Large) through the contact page, or place it in the enquiry cart together with Fraction Kits for the groups in each class.

Last updated: 24 September 2026

Decimal Kit (Product Code: SLE/LP/07) is a hands-on set of blocks, coloured cards and wooden dice used to help children understand and visualise decimals through their link with decimal fractions. One kit serves up to 4 children aged 9–13 years and holds 1 large cube, 20 plates, 20 rods and 20 small cubes for showing decimal place value as quantity. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as educational lab equipment for maths labs and class kits.

Specifications

What Is a Decimal Kit Used For?

Decimals often feel abstract because a decimal looks like an ordinary number with a dot placed in it. The Decimal Kit lets children see decimals as amounts: one block is chosen to stand for a whole, and the smaller pieces show what tenths and hundredths of it look like. Comparing and ordering decimals then becomes a matter of comparing real quantities rather than counting digits.

Because the kit builds on what children already know about fractions, they convert between decimal and fraction form as they work. The fraction dice marked 1/10 and 1/100, combined with the 0–5 times dice, generate numbers for addition and subtraction games, and the three coloured card sets let the teacher run the games at more than one level.

Supplier

Decimal Kit orders are handled by Jain Scientific Equipments Private Limited, which does business as ScienceLab from Ambala, Haryana. As a school laboratory equipment supplier in India, the company quotes single kits for a maths lab as well as class sets for schools, training institutes and dealers in India and international markets. Read more on the company profile.

Related Primary Maths Kits

These kits prepare for, or extend, decimal work:

• Fraction Kit — builds the fraction understanding the Decimal Kit relies on.
• Dienes Blocks Plastic — place-value blocks for whole numbers and decimals.
• Decimal Abacus — an abacus model of decimal place value.
• Fraction Dice (Large) — whole-class fraction games before moving to decimals.

Other number kits are grouped under Primary.

Frequently Asked Questions

What does the Decimal Kit contain?
The Decimal Kit contains 1 large cube, 20 plates, 20 rods and 20 small cubes, 3 sets of different coloured cards, and 3 wooden dice — fraction dice marked 1/10 and 1/100 and a times dice marked 0–5 — plus an activity write-up.

How many children can use one Decimal Kit?
One Decimal Kit is meant for 4 children working together, and it suits ages 9–13 years. For a full class, schools usually order one kit for every group of four, or keep a smaller number in the maths lab for groups to use in turn.

Which decimal topics does the Decimal Kit cover?
The Decimal Kit covers the introduction of decimals, comparison and ordering, converting decimals into fractions, decimal place value in terms of quantity, and addition and subtraction of decimal numbers, with games that consolidate the meaning of decimal notation.

Are the dice in the Decimal Kit made of wood?
Yes. The Decimal Kit includes 3 wooden dice: fraction dice marked 1/10 and 1/100 and a times dice marked 0–5. The material of the blocks is not stated, so ask us to confirm it in your quotation.

Who supplies the Decimal Kit?
The Decimal Kit is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India. Schools, maths labs and dealers in India and international markets can order it on its own or with the Fraction Kit and other primary maths kits.

Request a Quote

Share the number of groups of four in each class and your delivery address through the contact page, or add the Decimal Kit to the enquiry cart to receive a single quotation.

Last updated: 24 September 2026

Straws Base Kit (Product Code: SLE/LP/08) is a construction set of straws and multi-way connectors used to build 2D shapes and 3D models for geometry lessons in primary schools. It combines 120 straws in four colours and three lengths with three-way, four-way and five-way connectors, and suits groups of up to 4 children aged 5 years and above. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as a junior lab kit for primary school geometry.

Specifications

What Is the Straws Base Kit Used For?

Younger children start flat. Joining straws end to end, they make open and closed figures, then squares, rectangles and triangles, and quickly notice that the lengths they choose decide which shapes are possible. Comparing the corners they have made is a natural first look at angles and at what makes a right angle.

Older pupils lift the same pieces into three dimensions. The three-, four- and five-way connectors let them build cubes, cuboids and pyramids, then count faces, vertices and edges directly on the model instead of on a drawing. Free building, where children design 3D shapes of their own imagination, develops spatial sense and gives a hands-on route into the vocabulary of polyhedra.

Supplier

Straws Base Kit is supplied by Jain Scientific Equipments Private Limited, the Ambala-based company known by its ScienceLab trading name. Pre-primary and primary schools, activity centres and dealers in India and international markets order it for maths labs and geometry corners. Company details are on the ScienceLab profile.

Related Primary Maths Kits

Shape and space aids that extend straw-building work:

• Solid Shapes — ready-made solids to compare with straw models.
• Geoboard — another way to make and compare flat shapes.
• Geo Geometry Sticks — stick-based construction of polygons.
• Tessellation Kit — polygon tiles for further work on angles.
• Sorting Kits Triangle — classifying the triangles children have built.

For more geometry and number kits, visit the Primary category.

Frequently Asked Questions

What comes in the Straws Base Kit?
The Straws Base Kit comes with 120 straws in four colours and three lengths, 32 three-way connectors, 12 four-way connectors and 12 five-way connectors, together with a write-up that describes the 2D and 3D geometry activities.

What age is the Straws Base Kit suitable for?
The Straws Base Kit is suitable for children aged 5 years and above, in groups of up to 4. Younger children make flat shapes, while older pupils use the connectors to build polyhedra and study their faces, edges and vertices.

Which 3D shapes can be built with the Straws Base Kit?
With the Straws Base Kit, children can make and identify 3D shapes such as cubes, cuboids and pyramids, as well as other polyhedra and free-form structures of their own design, using the three-, four- and five-way connectors.

How does the Straws Base Kit help with angles?
The Straws Base Kit introduces angles by letting children see the opening between two joined straws, compare angles in different shapes and identify right angles, before constructing triangles, quadrilaterals and polygons from given sides and angles.

What should a quotation request for the Straws Base Kit include?
A Straws Base Kit quotation request should state the number of kits (each for up to 4 children), the delivery address and any other primary geometry kits you want on the same order. Send it through the contact page.

Who supplies the Straws Base Kit?
Jain Scientific Equipments Pvt Ltd (ScienceLab) of Ambala, Haryana, India, supplies the Straws Base Kit. Schools and dealers in India and international markets can order single kits or several for a class.

Request a Quote

Tell us how many Straws Base Kits your classes need via the contact page, or put them in the enquiry cart with other geometry kits and send one enquiry.

Last updated: 24 September 2026

Number Card (101 cards) (Product Code: SLE/LP/09) is a set of 101 number cards showing the numbers 0 to 100, with hooks to hang them, used to support numeral recognition in early primary maths. Hung in sequence, the cards give children a constant reference for where each number sits and help them connect a written numeral to the quantity it represents. The set is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as part of its school lab equipment range for early-years classrooms.

Key Details

What Is the Number Card Set Used For?

Hung in order along a line or wall, the 101 cards form a number line from 0 to 100 that stays in view all day. Children point to numbers as they count, find a number's neighbours, and notice that every tenth card begins a new decade — the pattern that later supports place value.

Because each card hangs on its own hook, the teacher can take a few down and ask which numbers are missing, or mix up a short stretch and have pupils rehang it in the right order. Both are quick ways to consolidate number location. Matching a card with a group of counters or other objects links the numeral to the amount it stands for.

Supplier

The Number Card (101 cards) set is supplied by Jain Scientific Equipments Private Limited, which trades as ScienceLab from Ambala in Haryana. Nursery and primary schools, remedial-learning programmes and dealers in India and international markets order it for classroom walls and maths corners. Company information is on the ScienceLab profile.

Related Primary Maths Kits

Number-sense materials that follow on from the hanging number line:

• Empty Number Card (Set of 5) — a companion card set from the same Primary range.
• Number Sticks — grouping tens and ones once numbers to 100 are familiar.
• Digit cards — building 3-digit and 4-digit numbers as the next step.
• Number Mat — another number-recognition aid in the maths lab range.

The Primary category lists the rest of the range.

Frequently Asked Questions

How many cards are in the Number Card (101 cards) set?
The Number Card (101 cards) set has 101 cards, one for each number from 0 to 100, so the full sequence can be displayed as a continuous classroom number line and used for counting and ordering activities.

Can the Number Card (101 cards) be hung on a wall?
Yes. The Number Card (101 cards) set comes with hooks to hang the cards, so they can be displayed in order along a wall or line and taken down one at a time for activities.

What does the Number Card (101 cards) set teach?
The Number Card (101 cards) set supports numeral recognition, consolidates where each number is located in the sequence from 0 to 100, and helps children connect a written symbol to the quantity it stands for.

What size are the cards in the Number Card (101 cards) set?
The card size and material of the Number Card (101 cards) set are not given in its description. Please ask through the contact page and we will confirm both details in your quotation before you order.

Who supplies the Number Card (101 cards) set?
Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, supplies the Number Card (101 cards) set to schools and dealers in India and international markets, either alone or with other number-sense materials for early grades.

Request a Quote

Ask for a quotation for the Number Card (101 cards) set, stating how many classrooms need one, through the contact page, or add it to the enquiry cart alongside your other early-maths items.

Last updated: 24 September 2026

Number Catchers I (3 to 10) (Product Code: SLE/LP/10) is a set of 8 semi-cylindrical bamboo holders used to practise skip counting and multiplication in primary classrooms. Each holder takes exactly a fixed number of beads, from 3 to 10, so children see equal groups as they count in threes, fours and beyond; one set serves a class of 7–12-year-olds. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, among its mathematics lab kits.

Specifications

What Are Number Catchers I Used For?

A holder filled with beads becomes a single unit — “one five” or “one seven” — and that idea of a group counted as one is the step from counting in ones to multiplication. Children lay several full holders of the same size side by side and skip count along them, so “4 times 6” is literally four catchers of six beads each.

The same holders carry on into upper-primary topics. Splitting 7 × 8 into 7 × 5 and 7 × 3 with two holders shows the distributive property at work. Testing whether a pile of beads fills holders of one size exactly, with none left over, reveals factors and multiples, and numbers that refuse to split into equal groups lead pupils to prime numbers.

What to Specify When Ordering

• Whether you need Number Catchers I (3 to 10), Number Catchers II (11 to 15), or both to cover groups from 3 to 15.
• The number of classes to equip — one set is intended per class.
• Whether beads are required, as the description does not list beads as part of the set.

Supplier

Number Catchers I (3 to 10) is supplied by Jain Scientific Equipments Private Limited, trading as ScienceLab, from Ambala, Haryana. Since one set equips a whole class, schools can order class by class, and requirements for several schools or a district can be quoted together; dealers in India and international markets also stock it. See the company profile for more.

Related Primary Maths Kits

Other aids in the same multiplication sequence:

• Number Catchers II (11 to 15) — the same bead-holder method for 11 to 15.
• Taming The Tables — a card-and-dice game for recalling the facts built with the catchers.
• Place Value Board Multiplication — multi-digit multiplication after 2-digit work.
• Number Sticks — grouping and regrouping in tens before multiplication.

All kits in this range are listed under Primary.

Frequently Asked Questions

How many holders are in Number Catchers I (3 to 10)?
Number Catchers I (3 to 10) has 8 semi-cylindrical holders made from bamboo. Each holder takes an exact number of beads, and together they cover every number from 3 to 10 for skip counting and multiplication.

Are beads included with Number Catchers I (3 to 10)?
The description of Number Catchers I (3 to 10) states that the holders hold exactly 3 to 10 beads but does not list beads as part of the set. Please confirm through the contact page whether beads will be included in your quotation.

What age group uses Number Catchers I (3 to 10)?
Number Catchers I (3 to 10) is intended for children aged 7–12 years, with one set per class. Younger pupils use it for skip counting and tables, and older pupils for factors, multiples and prime numbers.

What is the difference between Number Catchers I and Number Catchers II?
Number Catchers I (3 to 10) has 8 bamboo holders for 3 to 10 beads and starts from skip counting, while Number Catchers II has 5 holders for 11 to 15 beads for larger tables. Used together, the two sets cover 3 to 15.

Who supplies Number Catchers I (3 to 10)?
Number Catchers I (3 to 10) is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), based in Ambala, Haryana, India, to schools, maths labs and dealers in India and international markets, one set per class or in larger lots.

Request a Quote

Send the number of classes, whether you also want Number Catchers II and whether beads are needed through the contact page, or add the set to the enquiry cart for a combined quotation.

Last updated: 24 September 2026

Number Catchers II (11 to 15) (Product Code: SLE/LP/11) is a set of 5 semi-cylindrical bamboo holders used to extend multiplication and table work to groups of 11 to 15 in primary maths. Each holder takes exactly one of those quantities of beads, which suits 2-digit multiplication, the distributive property and work on factors and multiples with children aged 7–12 years. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, among its mathematics lab kits, with one set intended per class.

Specifications

What Are Number Catchers II Used For?

Tables beyond 10 are hard to memorise by rote, and this set shows children that they do not have to. A full holder of 12 beads can be seen as 10 and 2, so 12 × 3 becomes 10 × 3 plus 2 × 3. Splitting a number into convenient parts like this is the distributive property in action, and it is exactly the reasoning behind 2-digit multiplication.

For common multiples, pupils lay out rows of two different holders, for example 12s and 15s, adding one holder at a time until both rows hold the same total of beads. For factors, they check which holder sizes a quantity fills exactly. A quantity that no holder size divides evenly, other than one group or single beads, points pupils towards prime numbers. Seen this way, the set is useful educational lab equipment for number theory, not only for tables.

Supplier

Jain Scientific Equipments Private Limited, which trades as ScienceLab from Ambala, Haryana, supplies Number Catchers II (11 to 15) to primary and middle schools, maths resource centres and dealers in India and international markets. It can be quoted on its own or together with the 3 to 10 set. Further company information is on the ScienceLab profile.

Related Primary Maths Kits

Kits that pair well with the larger number catchers:

• Number Catchers I (3 to 10) — the first set, for skip counting from 3 to 10.
• Taming The Tables — a practice game for tables up to 9.
• Dienes Blocks Plastic — place-value blocks for checking 2-digit products.
• Digit cards — mental multiplication games with larger numbers.

Find more multiplication and number aids in the Primary category.

Frequently Asked Questions

What does Number Catchers II (11 to 15) contain?
Number Catchers II (11 to 15) contains 5 semi-cylindrical holders made from bamboo, each holding exactly one quantity of beads from 11 to 15, for multiplication, factors and multiples in class.

Who is Number Catchers II (11 to 15) meant for?
Number Catchers II (11 to 15) is meant for children aged 7–12 years, with one set per class. It suits pupils who already skip count confidently and are ready for larger tables and 2-digit multiplication.

How does Number Catchers II (11 to 15) help with prime numbers?
Number Catchers II (11 to 15) helps children find prime numbers by testing whether a quantity of beads can be arranged into equal groups; a number that can only be made as one whole group or as single beads is prime.

Are beads supplied with Number Catchers II (11 to 15)?
Beads are not listed in the description of Number Catchers II (11 to 15), which only states that the holders take exactly 11 to 15 beads. Ask through the contact page and the quotation will state whether beads are included.

Who supplies Number Catchers II (11 to 15)?
Number Catchers II (11 to 15) comes from Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, which supplies schools and dealers in India and international markets, either alone or together with Number Catchers I (3 to 10).

Request a Quote

For a quotation, send the number of classes and say whether beads and Number Catchers I should be included, using the contact page; the enquiry cart lets you list several kits in one request.

Last updated: 24 September 2026

Dienes Blocks Rubber (Product Code: SLE/LP/12) is a base-ten block kit used to consolidate place value and to introduce algebraic identities in school maths. The kit holds 100 small cubes, 20 rods, 5 plates and 1 large cube for a group of 4 children aged 6–14 years, and it works for decimal as well as whole-number place value. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as one of its mathematics lab kits.

Specifications

What Are Dienes Blocks (Rubber) Used For?

In the usual base-ten arrangement, a rod stands for ten small cubes, a plate for ten rods and the large cube for ten plates. When children add, they physically trade ten cubes for a rod; when they subtract, they break a rod back into cubes. Carrying and borrowing stop being rules to memorise and become actions they can see.

The same pieces take on new values for decimals: if the large cube is chosen as one whole, plates, rods and cubes become tenths, hundredths and thousandths, which makes the expanded form of a decimal easy to picture. In later years, plates and rods arranged into rectangles give an area model for algebraic identities and factorisation, so one kit can stay in use across a wide age range.

What to Specify When Ordering

• The version you need — Dienes Blocks Rubber or Dienes Blocks Plastic.
• The number of kits — each kit is for a group of 4 children.
• A request to confirm the block material in the quotation.
• Any vendor-registration forms your institution needs completed.

Supplier

Dienes Blocks Rubber is supplied by Jain Scientific Equipments Private Limited, the company that operates under the ScienceLab name in Ambala, Haryana, to schools, maths labs, teacher-education colleges and dealers in India and international markets. For vendor registration, institutions can record the supplying company’s GSTIN 06AAECJ8618A1ZT and its Importer-Exporter Code AAECJ8618A issued by DGFT. More background is on the ScienceLab profile.

Related Primary Maths Kits

Place-value materials that work alongside this block set:

• Dienes Blocks Plastic — the plastic version of the same place-value set.
• Base Ten Blocks — another base-ten set in the maths lab range.
• Place Value Mat with Stacking Counters — a mat for organising place-value columns.
• Number Sticks — bundling tens with sticks before moving to blocks.
• Decimal Kit — decimal games with blocks, cards and dice.

The full Primary range has further number kits.

Frequently Asked Questions

What is in the Dienes Blocks Rubber kit?
The Dienes Blocks Rubber kit contains 100 small cubes, 20 rods, 5 plates and 1 large cube, along with a write-up giving details of the activities for place value, decimals and algebra.

What age group is Dienes Blocks Rubber for?
Dienes Blocks Rubber is designed for a group of 4 children aged 6–14 years, so the same kit carries from early place-value lessons in primary classes to algebraic identities and factorisation in later school years.

Can Dienes Blocks Rubber be used for decimals?
Yes. Dienes Blocks Rubber can be used to teach decimal as well as whole-number place value, to show the quantity behind decimal numbers and to write decimals in expanded form, in addition to its use for algebra.

How is Dienes Blocks Rubber different from Dienes Blocks Plastic?
Dienes Blocks Rubber and Dienes Blocks Plastic list the same 100 small cubes, 20 rods, 5 plates and 1 large cube. Ask us through the contact page to confirm the material of each and which version best suits your class.

Who supplies Dienes Blocks Rubber?
Dienes Blocks Rubber is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India. Schools, maths labs and dealers in India and international markets can order it as single kits or in class quantities.

What details does a Dienes Blocks Rubber quotation need?
A Dienes Blocks Rubber quotation needs the number of kits (each for 4 children), the delivery address and any vendor-registration forms your institution uses. Send these through the contact page and we will reply with a quotation.

Request a Quote

Request prices for Dienes Blocks Rubber by sending the kit quantity and delivery details through the contact page, or save it in the enquiry cart with other place-value kits.

Last updated: 24 September 2026

Dienes Blocks Plastic (Product Code: SLE/LP/13) is a plastic base-ten block kit used to teach place value, decimals, algebraic identities and measurement in school maths labs. Each small cube weighs exactly 1 gram, has a volume of one cubic centimetre and faces of one square centimetre, so the same pieces serve as units of weight, volume and area. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as educational lab equipment for groups of up to 4 children aged 6–14 years.

Specifications

What Are Dienes Blocks (Plastic) Used For?

What sets this kit apart is that its smallest piece is also a standard unit. Children cover a flat shape with small cubes to find its area, first as a count of uniform units and later in square centimetres. They stack cubes to build a volume they can read in cubic centimetres, and place cubes on a balance pan to weigh light objects in grams.

In number lessons the rods, plates and large cube model whole-number and decimal place value, and they help pupils follow each step of the addition and subtraction algorithm. Older students arrange plates and rods into rectangles to show algebraic identities and factorisation. Having one set serve both number and measurement makes it practical educational laboratory equipment in India for schools stocking a maths lab on a single budget line.

Supplier

Jain Scientific Equipments Private Limited — known to schools as ScienceLab — supplies Dienes Blocks Plastic from Ambala, Haryana. Maths departments, combined science-and-maths labs and dealers in India and international markets order it singly or by the class. Visit the ScienceLab profile for company details.

Related Primary Maths Kits

Useful alongside the plastic Dienes set:

• Dienes Blocks Rubber — the rubber listing of the same set of pieces.
• Volume Measuring Set — further material for volume lessons.
• Decimal Kit — games on decimal notation and place value.
• Base Ten Blocks — an alternative base-ten set in the maths lab range.

Browse the Primary category for related kits.

Frequently Asked Questions

What does each small cube in Dienes Blocks Plastic weigh?
Each small cube in Dienes Blocks Plastic weighs exactly 1 gram. It also has a volume of one cubic centimetre, and each face has an area of one square centimetre, so the cubes double as measuring units.

What does the Dienes Blocks Plastic kit contain?
The Dienes Blocks Plastic kit contains 100 small cubes, 20 rods, 5 plates and 1 large cube, all made from plastic, together with a write-up describing place-value, algebra and measurement activities.

Can Dienes Blocks Plastic be used for measurement lessons?
Yes. Dienes Blocks Plastic is used in measurement activities: the small cubes act as 1 cm³ units of volume, 1 cm² units of area and 1 gram units of weight, moving children from uniform units to standard units.

What age group is Dienes Blocks Plastic suitable for?
Dienes Blocks Plastic is suitable for up to 4 children aged 6–14 years, from early place-value and addition-subtraction work to decimal expanded form, algebraic identities and factorisation in later years.

Who supplies Dienes Blocks Plastic?
Jain Scientific Equipments Pvt Ltd (ScienceLab) of Ambala, Haryana, India, supplies Dienes Blocks Plastic to schools, maths labs and dealers in India and international markets, as single kits or in class quantities.

Request a Quote

Tell us how many Dienes Blocks Plastic kits you need and where to deliver them through the contact page, or list them in the enquiry cart with any measurement items.

Last updated: 24 September 2026

Tessellation Kit (Product Code: SLE/LP/14) is a set of coloured rubber polygon tiles used to explore tiling, shape sense and the angle properties of polygons in school maths. It includes triangles, squares, small rhombi, pentagons, hexagons, heptagons, octagons and dodecagons, and the pieces stick to any smooth surface once they are wetted. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as school lab equipment for groups of up to 4 learners aged 8–16 years.

Specifications

What Is a Tessellation Kit Used For?

Children begin by trying to cover a region with copies of just one shape. Squares, triangles and hexagons fit together without gaps, but pentagons will not, however they are turned. Asking why leads straight to angles: the corners that meet at a point must together make a full turn, and a pentagon's angle does not divide that turn evenly.

Older students then mix shapes to discover every combination in which regular polygons can tile a surface — octagons with squares is a classic first find — and record the angle facts that make each one work. Because the wetted rubber pieces cling to a whiteboard, window or tabletop, a group's pattern can be displayed and discussed without glue, making the kit a flexible part of a school lab setup for geometry.

Supplier

Jain Scientific Equipments Private Limited supplies the Tessellation Kit under its ScienceLab trade name from Ambala, Haryana. Schools setting up maths labs, maths and art clubs, and dealers in India and international markets order it as single kits or in sets for several groups. The ScienceLab profile describes the company.

Related Primary Maths Kits

Shape aids that complement tessellation work:

• Plastic Pattern Blocks — more shape tiles for pattern making.
• Brights Pattern Blocks — coloured pattern blocks for design work.
• Sorting Kits Triangle — classifying the triangles met in tiling.
• Sorting Kit Quadrilateral — classifying squares, rhombi and other four-sided shapes.
• Straws Base Kit — building polygons from sides and angles.

See the whole Primary range for further geometry kits.

Frequently Asked Questions

Which shapes are included in the Tessellation Kit?
The Tessellation Kit includes triangles, squares, small rhombi, pentagons, hexagons, heptagons, octagons and dodecagons, made in different colours and of the same size, so children can test which shapes tile a surface.

How do the Tessellation Kit pieces stick to a surface?
The rubber pieces of the Tessellation Kit can be pasted on any smooth surface after they are made wet, so designs can be built on a board, table or window without glue and lifted off again afterwards.

What age group is the Tessellation Kit for?
The Tessellation Kit is intended for up to 4 children aged 8–16 years. Younger pupils use it for shape sense and pattern making, while older students investigate angle properties and the combinations in which regular polygons tessellate.

Why do some Tessellation Kit shapes not tile?
Some Tessellation Kit shapes, such as the pentagons, do not tessellate because their angles cannot fit together around a point without leaving gaps or overlapping. Discovering this helps pupils understand the angle properties of polygons.

Who supplies the Tessellation Kit?
The Tessellation Kit is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, to schools, maths labs and dealers in India and international markets, in single kits or larger quantities for class groups.

Request a Quote

Send the number of Tessellation Kits and the groups they will serve through the contact page, or add the kit to the enquiry cart together with other shape and geometry aids.

Last updated: 24 September 2026

Number Sticks (Product Code: SLE/LP/15) is a set of 200 sticks with rubber band and a wooden dice, used to teach place value by bundling and regrouping tens and ones in early primary maths. Designed for up to 4 children aged 6–9 years, it turns the carry-over and borrowing steps of addition and subtraction into something children can see and handle. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as a junior lab kit for primary school number work.

Specifications

What Are Number Sticks Used For?

Children count out ten loose sticks and bind them into a bundle, so “one ten” becomes an object they can hold rather than a word. A number such as 16 is then built as 1 bundle and 6 loose sticks, which is its expanded form made concrete. Reading the bundles and loose sticks back as a written number connects the objects to the digits.

The 0–5 wooden dice adds a game element: as sticks are collected, ten loose ones must be bundled before play continues, which is carry-over in action. In subtraction the reverse happens — a bundle is opened to give ten ones, which is exactly what borrowing means. Once children can explain these moves with sticks, the written algorithm makes sense instead of being a set of rules.

Supplier

Number Sticks are supplied by Jain Scientific Equipments Private Limited, whose trading name is ScienceLab, from Ambala in Haryana. Primary schools, early-learning centres and dealers in India and international markets order them for maths corners and group sets. The company profile has more information.

Related Primary Maths Kits

Next steps after tens-and-ones work with sticks:

• Dienes Blocks Plastic — ready-made base-ten blocks once bundling is secure.
• Digit cards — place-value games with 3- and 4-digit numbers.
• Game of Place Value — another game for practising place value.
• Abacus Upright — a bead abacus for showing tens and ones.
• Number Card (101 cards) — a hanging number line from 0 to 100.

Explore more number kits in the Primary category.

Frequently Asked Questions

How many sticks are in Number Sticks?
Number Sticks contains 200 sticks, together with rubber band for bundling them into groups and a wooden dice marked 0–5 for the game. A write-up with details of the activities is also included in the set.

What age group are Number Sticks for?
Number Sticks are intended for up to 4 children aged 6–9 years, the stage when children first group objects into tens and ones and learn to add and subtract with carry-over and borrowing.

How do Number Sticks teach carry-over and borrowing?
Number Sticks teach carry-over by having children bundle ten loose sticks into one ten, and borrowing by opening a bundle back into ten ones, so each step of the written algorithm matches an action with real objects.

What is the dice in Number Sticks used for?
The wooden dice in Number Sticks is marked 0–5 and is used for a place-value game, adding a chance element that keeps children counting, bundling and regrouping sticks as their totals change from round to round.

Who supplies Number Sticks?
Number Sticks are supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, to schools, early-learning centres and dealers in India and international markets, as single sets or in quantities for several groups.

Request a Quote

Ask for a Number Sticks quotation by sending the number of groups and your delivery location through the contact page, or add the set to the enquiry cart with other place-value kits.

Last updated: 24 September 2026

Sorting Kits Triangle (Product Code: SLE/LP/16) is a set of different types of triangles in three colours, used to develop geometric thinking by sorting and classifying triangles in school maths. Groups of up to 4 children aged 8–14 years sort the pieces in different ways and look for the geometric basis of each grouping, moving from how a triangle looks to what defines it. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as one of its mathematics lab kits for geometry teaching.

Key Details

What Is the Triangle Sorting Kit Used For?

A first sort is often by colour, and that is useful precisely because colour turns out not to be a geometric property. The teacher then asks for new sorts — by equal sides, by the largest angle, by whether there is a right angle — and children discover the categories equilateral, isosceles and scalene, and acute, right and obtuse, for themselves.

Laying one piece over another is a direct test of congruence, while comparing triangles that share a shape but not a size introduces similarity. Tracing a triangle on paper, tearing off its three corners and fitting them along a straight line shows the angle sum property in a way pupils remember. Together these activities move children from recognising triangles by sight to reasoning about them.

What to Specify When Ordering

• Which kit you need: triangles (three colours), quadrilaterals (Sorting Kit Quadrilateral, two colours), or both.
• The number of kits — each serves a group of up to 4 children.
• A request to confirm the number of pieces and their material in the quotation.

Supplier

Sorting Kits Triangle is supplied by Jain Scientific Equipments Private Limited, the Ambala company behind the ScienceLab brand. Upper-primary and middle schools, maths labs and dealers in India and international markets order it on its own or with the quadrilateral kit. More about the company is on the profile page.

Related Primary Maths Kits

Geometry aids that support triangle classification:

• Sorting Kit Quadrilateral — the companion kit for four-sided shapes.
• Tessellation Kit — tiling with polygons to extend angle work.
• Geoboard — making and comparing triangles on a board.
• Professional Protractor — measuring angles to check the angle sum.
• Straws Base Kit — constructing triangles from given sides and angles.

Further kits for primary geometry are in the Primary category.

Frequently Asked Questions

What is in the Sorting Kits Triangle set?
Sorting Kits Triangle is a set of different types of triangles made in three different colours, designed for sorting and classification activities by groups of up to 4 children aged 8–14 years.

What concepts does Sorting Kits Triangle teach?
Sorting Kits Triangle teaches the properties and classification of triangles, the angle sum property, congruence and similarity, and relationships between shapes, helping children move from recognising triangles by appearance to describing them by their properties.

How many triangles are in Sorting Kits Triangle?
The number, sizes and material of the pieces in Sorting Kits Triangle are not given in the product description. Please ask through the contact page, and your quotation will list the pieces supplied in the set.

Is there a matching quadrilateral kit for Sorting Kits Triangle?
Yes. Sorting Kit Quadrilateral is the companion to Sorting Kits Triangle, with different types of quadrilaterals in two colours for the same 8–14 age range, so both kits can be used across one polygon classification unit.

Who supplies Sorting Kits Triangle?
Sorting Kits Triangle comes from Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, which supplies schools, maths labs and dealers in India and international markets with single kits or group quantities.

Request a Quote

Send the number of Sorting Kits Triangle sets, and whether you also need the quadrilateral kit, through the contact page, or add both to the enquiry cart for one quotation.

Last updated: 24 September 2026

Sorting Kit Quadrilateral (Product Code: SLE/LP/17) is a set of different types of quadrilaterals in two colours, used to discover and classify the properties of four-sided shapes in school geometry lessons. It is intended for up to 4 children aged 8–14 years, who sort the pieces in several ways to work out how different quadrilaterals are related — for instance, why every square is also a rectangle. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, alongside its other mathematics lab kits.

Key Details

What Is the Quadrilateral Sorting Kit Used For?

Quadrilaterals are where classification gets interesting, because the categories overlap: a square is also a rectangle and a rhombus, and all three are parallelograms. Sorting the pieces by parallel sides, equal sides and right angles lets children build these family relationships themselves instead of memorising a chart, and a Venn-style sort shows clearly which shapes belong to more than one group.

The kit also supports reasoning about angles. Drawing one diagonal splits any quadrilateral into two triangles, which explains why its four angles always make the same total. Overlaying pieces tests congruence, and comparing shapes that match in form but not in size opens a discussion of similarity. In a geometry corner of a school lab setup, this kit sits naturally after work on triangles.

Supplier

Jain Scientific Equipments Private Limited, trading as ScienceLab, supplies the Sorting Kit Quadrilateral from Ambala, Haryana, to schools, teacher-training institutes, maths labs and dealers in India and international markets. It can be quoted together with the triangle sorting kit for a complete polygon unit. Company information is available on the ScienceLab profile.

Related Primary Maths Kits

Kits that pair well with quadrilateral sorting:

• Sorting Kits Triangle — the triangle kit that usually comes first.
• Geoboard — making quadrilaterals and exploring their area.
• Sorting Ring — rings for grouping pieces during sorting activities.
• Straws Base Kit — building quadrilaterals from sides and angles.
• Tessellation Kit — seeing which quadrilaterals tile a surface.

The Primary category lists more geometry kits.

Frequently Asked Questions

What does the Sorting Kit Quadrilateral contain?
The Sorting Kit Quadrilateral contains a set of different types of quadrilaterals made in two colours, for sorting and classification activities by groups of up to 4 children aged 8–14 years.

What will children learn with the Sorting Kit Quadrilateral?
With the Sorting Kit Quadrilateral, children discover the properties and classification of quadrilaterals, the angle sum property, congruence and similarity, and the relationships between different four-sided shapes, moving from visual recognition to analytical thinking.

How does the Sorting Kit Quadrilateral differ from the triangle kit?
The Sorting Kit Quadrilateral holds quadrilaterals in two colours, while Sorting Kits Triangle holds triangles in three colours. Both serve up to 4 children aged 8–14 years and can be used one after the other in a geometry unit.

Which quadrilaterals are included in the Sorting Kit Quadrilateral?
The exact shapes, number of pieces and material in the Sorting Kit Quadrilateral are not listed in its description beyond different types of quadrilaterals. Please ask through the contact page and the quotation will confirm the contents.

Who supplies the Sorting Kit Quadrilateral?
Jain Scientific Equipments Pvt Ltd (ScienceLab) of Ambala, Haryana, India, supplies the Sorting Kit Quadrilateral to schools and dealers in India and international markets, either singly or together with other geometry kits.

Request a Quote

Tell us how many Sorting Kit Quadrilateral sets you need, and whether the triangle kit should be added, through the contact page; the enquiry cart also collects several items into one request.

Last updated: 24 September 2026

Geoboard (Product Code: SLE/LP/18) is a square plastic pin board used to build polygons, angles and circles with rubber bands in primary school maths lessons. It suits one or two children aged 6 years and above and includes worksheets with a printed grid for recording each shape. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as part of its range of mathematics lab kits.

Key Details

What Is the Geoboard Used For?

Children loop rubber bands around the pins to form triangles, quadrilaterals and other polygons, then compare them by their sides and angles. Because every corner sits on a pin, a pupil gets the feel of an angle just by watching how sharply a band turns, and can sort angles into right, acute and obtuse. Two bands stretched side by side show parallel lines, while crossing them shows intersecting lines.

The same board also supports work on circles and chords, carrying pupils from straight-sided figures to curved ones. Turning or flipping a band shape gives an intuitive first look at rotations and reflections of familiar 2-D shapes. Finishing each activity by copying the shape onto a grid worksheet links hands-on work with written geometry, which makes the Geoboard a practical junior lab kit for primary school maths corners.

What to Specify When Ordering

• Number of boards — each Geoboard is meant for 1–2 children, so plan a class set per pair of pupils.
• Extra rubber bands — bands wear with daily use; ask us about spares along with the boards.
• Worksheets — say whether you need additional printed-grid worksheet sets for repeat lessons.

Supplier

ScienceLab is the trading name of Jain Scientific Equipments Private Limited, which supplies this Geoboard from Ambala, Haryana, India to primary schools, teacher-training colleges, dealers and importers in India and international markets. It can be ordered alongside the other geometry and number aids in the Primary maths range, so a school can equip a whole maths corner through one supplier. If a class set later needs extra rubber bands or more boards, ask us and we will quote them. Read more on the ScienceLab company profile.

Related Primary Learning Aids

These items from the same maths range pair well with the Geoboard when planning geometry lessons:

• Double Sided Geoboard — an alternative board for extending the same band-and-pin activities.
• 10 Isometric Grid Pattern Geoboard — an isometric pin pattern suited to triangle-based shapes.
• Sorting Kits Triangle — for classifying triangles once pupils have built them with bands.
• Sorting Kit Quadrilateral — for comparing four-sided shapes by their properties.
• Tessellation Kit — for taking shape work on to repeating patterns.

Browse the full Primary learning equipment range for more maths aids.

Frequently Asked Questions

What comes with the Geoboard?
The Geoboard (SLE/LP/18) comes as a square plastic board fitted with pins, together with rubber bands and worksheets printed with a grid. Pupils build shapes on the pins and then copy them onto the worksheets to record what they found.

What age group is the Geoboard suitable for?
The Geoboard is intended for children aged 6 years and above, with one board shared by one or two pupils. That small group size lets each child handle the bands, form shapes and talk through angles and sides with a partner.

Which maths topics can the Geoboard teach?
The Geoboard supports lessons on polygons and their angles, classifying angles as right, acute or obtuse, parallel and intersecting lines, circles and chords, and early ideas of rotation and reflection of 2-D shapes, so it serves several primary geometry units.

Who supplies the Geoboard?
The Geoboard is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), based in Ambala, Haryana, India. Schools, dealers and importers can order it on its own or together with other Primary maths aids, and enquiries about extra rubber bands or worksheets go to the same team.

How should the Geoboard be looked after?
Store the Geoboard's rubber bands in a closed box away from direct sunlight and heat, since rubber perishes with age, and wipe the plastic board clean after lessons. Check that the pins are secure before each session so young children can work safely.

What should a quotation request for the Geoboard include?
A quotation request for the Geoboard should state the number of boards, how many children will share each class set, any extra rubber bands or worksheets, and the delivery location in India or abroad. Send these details through the contact page for a quotation from ScienceLab.

Request a Quote

For pricing on single boards or full class sets of the Geoboard, send your requirement through our contact form or add the item to the enquiry cart. ScienceLab replies with a quotation, and bulk orders from schools and dealers are welcome.

Last updated: 24 September 2026

Solid Shapes (Product Code: SLE/LP/19) is a set of 7 wooden solid shapes used to explore three-dimensional geometry, including faces, edges, vertices and flat versus curved surfaces, in primary classrooms. Up to 4 children aged 7–12 years can share one set, handling each solid and tracing its faces to find the 2D shapes within it. The set is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, alongside its wider range of school lab equipment.

Key Details

What Are Solid Shapes Used For?

Pupils usually begin by sorting the wooden solids into two groups: those with only flat surfaces and those with at least one curved surface. Doing this by touch builds the vocabulary of 3D geometry before any drawing starts. Children then count the faces, edges and vertices of each piece and record them in a simple table, spotting patterns as they compare results.

Standing a solid on paper and drawing round a face shows how a 3D object contains 2D shapes; a cube-shaped face, for example, leaves a square outline. This tracing step makes the link between cubes and squares, and between cuboids and rectangles, concrete rather than abstract. Keeping the set in a labelled box helps the teacher check that all 7 pieces are back after each lesson.

Supplier

These Solid Shapes are supplied by Jain Scientific Equipments Private Limited, which trades as ScienceLab and serves primary schools, education departments, distributors and importers in India and international markets from Ambala, Haryana. Because the set belongs to a wider Primary maths range, one order can cover the solids together with the 2D shapes and other geometry aids used in the same lessons. If a piece goes missing from a set, ask us about a replacement before buying a whole new kit. The ScienceLab company profile gives more background on the business.

Related Primary Learning Aids

Teachers building a geometry corner often combine Solid Shapes with these items:

• 3D Colour Solid Set — a coloured set for extending solid-shape sorting activities.
• Transparent 3D Solid Set — see-through solids that make every edge and vertex visible at once.
• 2D Shapes — flat shapes to match against the faces traced from each solid.
• Folding Geometric Shapes — another hands-on way to relate flat and solid forms.
• Geoboard — for polygon work that comes before or alongside solids.

More maths aids for this age group are listed in the Primary learning equipment category.

Frequently Asked Questions

How many pieces are in the Solid Shapes set?
The Solid Shapes set (SLE/LP/19) contains 7 solid shapes made from wood. If your lesson plan depends on one particular solid, confirm the current list of shapes with ScienceLab through the contact page before ordering.

What age range is the Solid Shapes set designed for?
Solid Shapes is designed for children aged 7–12 years, and one set can be shared by up to 4 children. That spans early sorting of flat and curved surfaces in the lower classes through to counting faces, edges and vertices later on.

What can children learn with Solid Shapes?
With Solid Shapes, children classify 3D objects by flat and curved surfaces, identify faces, vertices and edges, trace 2D shapes from the faces of solids, and see how cubes and cuboids relate to squares and rectangles.

Who supplies the Solid Shapes set?
Jain Scientific Equipments Pvt Ltd (ScienceLab), based in Ambala, Haryana, India, supplies the Solid Shapes set and quotes directly to schools, education departments, dealers and importers. The same enquiry can include other Primary maths aids, such as 2D shapes or a geoboard, for a complete geometry corner.

How should the wooden Solid Shapes be cared for?
Keep the Solid Shapes set dry and return it to its box after lessons, because wood can swell or mark if left damp. Wipe the pieces with a dry or slightly damp cloth rather than soaking them, and count all 7 before packing away.

Can Solid Shapes be ordered for several classrooms?
Yes, Solid Shapes can be quoted in class or whole-school quantities. Tell us how many groups of up to 4 children you need to equip and where the order should be delivered, and ScienceLab will prepare a quotation for India or abroad.

Request a Quote

To receive a quotation for Solid Shapes, share the number of sets and delivery details on the contact page, or place the item in the enquiry cart together with other primary maths aids. ScienceLab will reply with one offer covering everything on your list.

Last updated: 24 September 2026

Volume Measuring Set (Product Code: SLE/LP/20) is a primary maths kit used to teach capacity and volume, from millilitres and litres to cubic centimetres, through hands-on measuring. Designed for up to 4 children aged 8–12 years, it combines a 100 ml measuring cylinder, a 100 ml beaker, 1 cm³ plastic cubes and nets for folding boxes of different volumes, including one litre. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.

Specifications

What Is the Volume Measuring Set Used For?

Lessons usually open with informal comparisons, such as which container holds more, before moving to standard units with the 100 ml measuring cylinder and the 100 ml beaker. Pupils pour water between the two, read the cylinder's scale at eye level and notice that the same quantity of liquid looks different in a tall, narrow vessel and a short, wide one. Everyday examples like a glass of milk or a bottle of juice help them estimate capacity before checking by measurement.

The 1 cm³ plastic cubes connect solid volume with liquid capacity: one cubic centimetre corresponds to one millilitre, so a counted group of cubes matches the same number of millilitres. Older pupils then fold the nets into boxes of different sizes, finishing with a one-litre box that makes the link between litres, millilitres and cubic centimetres visible. The sequence suits a maths lab rotation in which groups of four move between measuring stations.

What to Specify When Ordering

• Number of sets — one Volume Measuring Set serves up to 4 children aged 8–12.
• Spare cubes or nets — ask us if larger groups or repeat lessons need extra 1 cm³ cubes or box nets.
• Extra measuring ware — schools wanting more pouring stations can add measuring cylinders from the related items below.

Supplier

ScienceLab is the brand name of Jain Scientific Equipments Private Limited, which supplies the Volume Measuring Set from Ambala, Haryana, India to schools, dealers and importers in India and international markets. A school can source the kit together with extra measuring cylinders and other Primary maths aids on one quotation, and can ask us about spare cubes or nets for repeat lessons. For vendor registration in tenders, the supplying company's GSTIN is 06AAECJ8618A1ZT and its LEI is 3358004HRD1JIVXKYX49. The ScienceLab profile page has more about the company.

Related Primary Learning Aids

These items support the same measurement and volume lessons:

• Glass Measuring Cylinder — an extra graduated cylinder for additional pouring stations.
• Measuring Cylinder, Polypropylene — a plastic option for younger pupils handling liquids.
• Volume Relation Between Cone and Cylinder — for older pupils moving on to the volumes of curved solids.
• Dienes Blocks Plastic — base-ten blocks for counting larger groups of unit cubes.
• Solid Shapes — for naming the 3D forms whose volume pupils are measuring.

See the whole Primary learning equipment range for other maths kits.

Frequently Asked Questions

What is included in the Volume Measuring Set?
The Volume Measuring Set (SLE/LP/20) includes a 100 ml measuring cylinder, a 100 ml beaker, plastic cubes of 1 cm³ and nets for making boxes of different volumes, including a box of one litre. Together they cover liquid capacity and solid volume in one kit.

Which age group is the Volume Measuring Set for?
The Volume Measuring Set is meant for children aged 8–12 years working in groups of up to 4. Younger pupils in that range start with pouring and comparing, while older ones move on to unit conversion and folding the one-litre net.

How does the Volume Measuring Set show that 1 cm³ equals 1 ml?
The Volume Measuring Set pairs 1 cm³ plastic cubes with a 100 ml measuring cylinder, so pupils can compare a counted volume of cubes with a measured volume of liquid and see that one cubic centimetre and one millilitre describe the same amount of space.

Who supplies the Volume Measuring Set?
The Volume Measuring Set is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab) of Ambala, Haryana, India. Schools and dealers receive quotations from the company directly and can ask the same team about spare 1 cm³ cubes, extra nets or additional measuring cylinders for larger classes.

How should the Volume Measuring Set be cleaned after lessons?
After water activities, rinse the Volume Measuring Set's cylinder and beaker, let them drain upside down and dry the cubes before storing them. Keep the nets flat and dry so they can be folded again, and store the kit in one box so no pieces go missing.

What details are needed for a Volume Measuring Set quotation?
For a Volume Measuring Set quotation, give the number of kits, the class sizes to be covered, any spare cubes or nets required and the delivery address in India or abroad. Send them through the contact page and ScienceLab will reply with a quote.

Request a Quote

Schools planning a measurement unit can request a price for the Volume Measuring Set through the ScienceLab contact form or by adding it to the enquiry cart. ScienceLab quotes for a single kit or a large institutional order, and can add related measuring ware to the same offer.

Last updated: 24 September 2026

Empty Number Card (Set of 5) (Product Code: SLE/LP/21) is a set of blank number cards used to practise recognising, writing and placing numerals in early primary maths. Teachers or pupils write any numeral on the cards with the chalks supplied, then hang them from their hooks to form a number sequence that can be wiped and changed. The set is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, within its range of mathematics lab equipment.

Key Details

What Is the Empty Number Card Set Used For?

Because the cards start blank, the teacher decides which numbers each lesson needs: 1 to 5 for a first counting group, a run of two-digit numbers for older children, or a sequence with one card left empty for pupils to complete. Writing a numeral in chalk and then saying it aloud reinforces both recognition and correct number formation.

Hung on their hooks, the cards become a movable number line for number-location work: pupils decide where a given number belongs, re-order cards that are out of place, or find the missing value between two neighbours. Placing a small group of classroom objects beside each card connects the written symbol to the quantity it stands for, an important step before formal addition.

Supplier

Jain Scientific Equipments Private Limited, the company behind the ScienceLab name, supplies the Empty Number Card set from Ambala, Haryana, India to primary schools, teacher-resource centres, stockists and importers in India and international markets. The cards sit in the same Primary maths range as the number cards, digit cards and number mats listed below, so an early-number corner can be furnished through a single supplier. For extra chalk or a repeat supply, simply ask us. Company background is on the ScienceLab profile.

Related Primary Learning Aids

For a complete early-number corner, teachers often add these items:

• Number Card (101 cards) — a larger card set for when a long run of numbers is needed.
• Digit cards — for building bigger numbers from single digits.
• Number Sticks — for linking counting with the numerals written on the cards.
• Number Catchers I (3 to 10) — a follow-on activity for small numbers.
• Number Mat — another surface for number-location games.

All early maths aids are grouped in the Primary learning equipment category.

Frequently Asked Questions

What does the Empty Number Card (Set of 5) include?
The Empty Number Card (Set of 5), code SLE/LP/21, includes five blank number cards, chalks for writing numerals on them and hooks so the cards can be hung up for display or number-line activities.

Can the numbers on the Empty Number Cards be changed?
Yes. The Empty Number Cards are written on with chalk, so a numeral can be wiped off and replaced with a new one, letting one set of five cards serve many different counting, ordering and number-location activities.

Which early maths skills do Empty Number Cards support?
Empty Number Cards support numeral recognition, writing numbers, number-location activities and connecting a written symbol to the quantity it represents, which makes them useful throughout the first years of primary maths.

Who supplies the Empty Number Card set?
Jain Scientific Equipments Pvt Ltd (ScienceLab), based in Ambala, Haryana, India, supplies the Empty Number Card set to schools, dealers and importers. The cards can be ordered on their own or together with other early-number aids from the Primary maths range in one enquiry.

What age group are the Empty Number Cards meant for?
No specific age range is listed for the Empty Number Card (Set of 5); the cards are aimed at the early stages of learning numerals. For guidance on a particular class, ask ScienceLab through the contact page.

How many Empty Number Card sets does a classroom need?
How many Empty Number Card sets a classroom needs depends on the teaching style: one set can serve a teacher-led number line, while small-group work usually calls for a set per group. Tell us your class sizes and we will quote accordingly.

Request a Quote

Send your requirement for the Empty Number Card (Set of 5) using the contact page, or collect it with other items in the enquiry cart and submit one enquiry. ScienceLab quotes for single sets as well as school-wide orders.

Last updated: 24 September 2026

Currency (Product Code: SLE/LP/22) is a classroom set of practice rupee notes and coins used to teach counting money, making change and converting rupees to paise in primary maths. One set serves up to 6 children aged 8–12 years and holds notes in seven denominations plus 5-, 2- and 1-rupee coins, enough for realistic shop role-play. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.

Key Details

What Is the Currency Set Used For?

The Currency set turns money lessons into a working classroom shop. Children first learn to recognise each note and coin, then take turns as shopkeeper and customer, adding up bills, paying and working out change by subtraction. Converting rupees to paise follows naturally once pupils learn that one rupee is made up of 100 paise.

A popular challenge is to make the same amount in several ways, for example paying 20 rupees with a single note, with two 10-rupee notes, or with a mix of notes and coins. With 100 notes each of the 10 and 1 rupee values, a group of six has plenty of small change to trade without running out. Like the other mathematics lab kits in the range, the set is quickest to use when stored sorted by denomination.

What to Specify When Ordering

• Number of sets — one Currency set suits up to 6 children aged 8–12.
• Current contents — confirm the denomination list in your quotation so it matches the notes and coins your syllabus covers.
• Other maths aids — list any related items below so one quotation covers the whole order.

Supplier

Behind the ScienceLab brand is Jain Scientific Equipments Private Limited, which supplies this Currency set from Ambala, Haryana, India to schools, learning centres, distributors and importers in India and international markets. Money lessons often need more than one aid, so the set can be quoted together with decimal kits, balances and the other Primary maths items listed below. If notes or coins go missing over a school year, ask us about replacements. Learn more on the ScienceLab company profile.

Related Primary Learning Aids

These items extend money and number lessons built around the Currency set:

• Dummy Currency Notes — an additional note set for larger classes or extra shop stalls.
• Decimal Kit — helps link rupees and paise to decimal notation.
• Taming The Tables — times-table practice for totalling repeated items in a shop game.
• Balance Brass — for weighing goods during classroom shop role-play.

Explore the Primary learning equipment category for more maths aids.

Frequently Asked Questions

What notes and coins are in the Currency set?
The Currency set (SLE/LP/22) holds 10 notes each of the 1000, 500, 100, 50 and 20 rupee values, 100 notes each of the 10 and 1 rupee values, and 10 coins each of 5, 2 and 1 rupee.

How many children can use one Currency set?
One Currency set is intended for up to 6 children aged 8–12 years. That is enough for a small shop game with a shopkeeper and several customers, each handling notes and coins and checking the totals.

Which money skills does the Currency set teach?
The Currency set teaches identifying notes and coins, converting rupees to paise, adding and subtracting bills, and making the same amount of money with different combinations of notes and coins, all through practical role-play.

Who supplies the Currency set?
The Currency set is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India, to schools, learning centres, distributors and importers. Quotations, repeat supplies and questions about replacing lost notes or coins are all handled by the same ScienceLab team.

Does the Currency set match the notes in use today?
The Currency set's listed contents include 1000-rupee notes. If your lessons must reflect only the notes and coins in everyday use now, confirm the current contents with ScienceLab through the contact page before ordering.

What should a Currency set enquiry include?
A Currency set enquiry should give the number of sets, the class sizes they will serve, any other primary maths aids you need and the delivery location in India or abroad, so ScienceLab can prepare a complete quotation in one go.

Request a Quote

Request a price for the Currency set through the contact page or add it to the enquiry cart alongside other maths aids. ScienceLab quotes for single sets or for supplies covering many classrooms.

Last updated: 24 September 2026