Last updated: 22 October 2026
Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, a laboratory equipment supplier in India, lists 2 seed and grain testing instruments for agriculture colleges and seed-testing laboratories, arranged in 2 groups: a microcontroller-based seed counter and a digital moisture meter. Both items are supplied by ScienceLab. Each item has its own product page, linked from the product listing under this description. The company supplies buyers in India and in 110 countries.
Quick links: Request a quotation · Jump to specifications by group · Open your enquiry cart
| Range | Items | What it covers |
|---|---|---|
| Seed counting | 1 | A microcontroller-based electronic seed counter for seeds of 1 to 15 mm, counting up to 999999 seeds into a programmed lot. |
| Grain and seed moisture | 1 | A digital moisture meter that works on the principle of pressure and gives moisture values for around 15 commodities. |
| Total | 2 | All items listed in the Agriculture range |
Key specifications below are taken from each product's own page; open a product for its full specifications and product code.
| Product | Key specification |
|---|---|
| Seed Counter | Maximum count: Up to 999999 seeds in a lot; Seed size range: 1 to 15 mm; Control: Microcontroller based |
| Product | Key specification |
|---|---|
| Digital Moisture Meter | Commodities covered: Around 15 commodities; Measures: Moisture content of agricultural produce |
Seed and grain testing laboratories often also need these items, which are listed in other ScienceLab ranges:
Agriculture universities and colleges use the seed counter and moisture meter in seed-testing and post-harvest practicals. Seed-testing laboratories, seed analysts and plant breeders count exact seed lots for germination tests, seed weight determinations, sowing trials and packeting. Grain-storage and agricultural training centres check the moisture content of food grains, pulses and oil seeds with the moisture meter. Laboratory dealers and distributors order the instruments singly or in quantity for institutional tenders.
| Range | What it covers |
|---|---|
| Civil Engineering Lab Equipment | Apparatus to test concrete, cement, soil, bitumen and aggregates, including the sample divider and sieves once grouped under Agriculture |
| Botany | Plant biology apparatus, including plant models, potometers, a clinostat and hormone and nutrition kits |
| Laboratory Instruments | Laboratory instruments such as a UV-VIS spectrophotometer, colorimeter, DO meter, fume cupboards and an incubator |
| Balances | Physical, chemical and electronic balances and mass sets |
| Laboratory Equipment | General laboratory range, from instruments and glassware to reagents and charts |
2 instruments for seed and grain testing: the Seed Counter (SLE/AG/15), which counts seeds into exact, programmed lots, and the Digital Moisture Meter (SLE/AG/16), which measures the moisture content of food grains, pulses, oil seeds and vegetable seeds.
Both instruments are supplied by ScienceLab, Ambala, which prepares the quotation, arranges dispatch and answers follow-up questions directly.
Seeds from 1 to 15 mm. The counter is microcontroller based with a membrane keyboard, counts up to 999999 seeds in a lot, and an adjustable knob keeps the seeds moving in a single row.
It gives moisture values for around 15 commodities across food grains, pulses, oil seeds and vegetable seeds. It works on the principle of pressure and has a digital readout with data storage.
Aggregate testing and sample-preparation apparatus, such as the Riffle Sample Divider, is listed in the Civil Engineering Lab Equipment range. Seed and soil teaching kits appear in Botany and Laboratory Equipment.
Yes. Bulk quantities, tender enquiries and export orders are accepted for both instruments; product specifications are provided on request so they can be checked against your tender documents.
Product names or codes (for example SLE/AG/15 for the Seed Counter), quantities, the delivery location and any tender specification, so that availability can be confirmed and the quotation prepared.
Send product names or codes and quantities through the contact page, or add items to your enquiry cart and submit it.
ScienceLab (Jain Scientific Equipments Pvt Ltd)
1226/1-5, Bengali Mohalla, Science Market, Ambala Cantt, Haryana 133001, India
Phone: +91-7082934803
Email: sales@scilabexport.com
The Seed Counter is a microcontroller-based electronic counter that delivers seeds in exact, programmed lots. The operator keys the required number into a membrane keyboard, sets an adjustable knob so the seeds move in a single row, and starts the run with one button. It handles seeds from 1 to 15 mm and counts up to 999999 in a lot.
| Parameter | Detail |
|---|---|
| Type | Electronic seed counter with programmed tallying |
| Control | Microcontroller based |
| Keyboard | Membrane keyboard |
| Maximum count | Up to 999999 seeds in a lot |
| Seed size range | 1 to 15 mm |
| Seed alignment | Adjustable knob keeps the seeds in a single row |
| Count control | Slow start and slow stop |
| Product code | SLE/AG/15 |
| Minimum order | 10 units |
| Dispatch | Usually within 7 to 10 working days |
| Supplied by | ScienceLab (Jain Scientific Equipments Pvt Ltd), Ambala, India |
Germination test. Program the counter for the number of seeds in one replicate and count four equal lots from the same sample. Lay them on moist paper in Petri dishes, hold them in a laboratory incubator and count the normal seedlings at the end of the test period.
Thousand-seed weight. Count several lots of one thousand seeds, weigh each lot and take the mean. Read the moisture of the same sample on the Digital Moisture Meter at the same time, because seed weight rises and falls with its water content.
Respiration in germinating seeds. Count two identical lots for the seed respiration kit and boil one as the control. Any difference in gas given off then comes from the living seeds and not from unequal seed numbers.
Sowing trials and packeting. Prepare counted lots for each plot or row of a field trial, so that plant stands can be compared fairly. The same routine fills seed packets with a fixed number of seeds.
Usually two seeds passed the counting point side by side, or dust and chaff were counted as seeds. Reset the knob so the seeds travel in a single row, clean the sample before pouring it in, and let slow stop finish the lot before you remove the container.
On a firm, level bench away from direct sunlight, damp and dust. A table that shakes or tilts breaks up the single row of seeds and can upset the count. Cover the counter when it is not in use.
Program a lot of one thousand seeds, weigh it on a laboratory balance and repeat for several replicate lots. The mean is the thousand-seed weight, which is used to set sowing rates and to express germination results per unit weight of seed.
Several equal lots from one sample let you check whether the results agree. If one replicate differs sharply from the rest, the sample was poorly mixed or test conditions varied, and the test should be repeated. The counter prepares equal lots in minutes.
Empty every seed left from the previous lot, then reset the adjustable knob for the new size within the 1 to 15 mm range. Run a short trial lot and count it by hand to confirm the setting before preparing test lots.
Switch off and unplug first. Brush out dust, husk and broken seed from the feed path and the counting point, and wipe the outside with a dry cloth. Dust left inside can be registered as seeds and spoil the next count.
To request a quotation, send the product name, code and quantity through our contact page or add the item to your enquiry cart.
Last updated: 14 November 2026
The Digital Moisture Meter is a compact electronic tester for the water content of food grains, pulses, oil seeds and vegetable seeds. It works on the pressure principle, gives moisture values for around 15 commodities and keeps readings in its memory, so a class can log a series of samples during one practical.
| Parameter | Detail |
|---|---|
| Measures | Moisture content of agricultural produce |
| Operating principle | Pressure |
| Commodities | Around 15 |
| Suitable for | Food grains, pulses, oil seeds and vegetable seeds |
| Readout | Digital |
| Data storage | High data storage capacity |
| Design | Compact |
| Product code | SLE/AG/16 |
| Minimum order | 10 units |
| Dispatch | Usually within 7 to 10 working days |
| Supplied by | ScienceLab (Jain Scientific Equipments Pvt Ltd), Ambala, India |
Drying curve. Read a freshly harvested sample, then dry it in a laboratory oven at a low setting. At fixed intervals, cool a sub-sample in a closed container and read it on the meter. Plotting moisture against drying time shows how quickly each crop gives up water.
Rapid test against a reference. Split one lot with a riffle sample divider so both portions match. Test one portion on the meter and the other on a moisture analyser, then discuss why the two values differ.
Moisture and germination. Record the moisture of each seed lot, count replicate lots on the Seed Counter and set them out in Petri dishes to germinate. Students then relate the moisture at storage to the germination count.
Store-room survey. Students draw samples from bags at the top, middle and bottom of a stack and log each reading in the meter. Comparing the stored values shows where damp grain collects and which bags need drying first.
Each grain and seed packs and holds water differently, so the meter needs the setting for that crop. Reading wheat on a pulse setting gives a wrong value. Check the selected commodity every time the sample type changes.
Yes. Grain taken straight from a dryer or a cold store can read differently from grain at room temperature. Let the sample settle in a closed container before testing, and follow the meter's own instructions on temperature correction.
Divide one sample in two. Read one portion on the meter, then weigh, oven-dry and reweigh the other. Moisture on a wet basis is the weight lost divided by the fresh weight, times a hundred. The gap between the two figures shows how close the rapid test comes.
The meter works on the pressure principle, so a loosely filled chamber and a tightly packed one can give different values for the same grain. Fill to the same level and apply pressure the same way every time to keep readings comparable.
Damp produce heats up, grows moulds and attracts insects in storage, and seed loses its ability to germinate sooner. Each crop has a moisture level below which it keeps well, so a reading shows whether a lot needs more drying first.
Empty the sample chamber after every test and brush out dust, husk and broken grain. Wipe away any oil left by oil seeds before testing a dry cereal. Store the meter in a dry place, away from damp store rooms.
To request a quotation, send the product name, code and quantity through our contact page or add the item to your enquiry cart.
Last updated: 14 November 2026