Fixed Angle Rotor (Product Code: SLE/LC/14) is a centrifuge rotor accessory, designated 30-15, used to spin 30 tubes of 15 mL at once in a compatible laboratory centrifuge. It suits clinical, teaching and research laboratories that process large batches, and buyers adding capacity to a laboratory centrifuge in India should confirm fit with us before ordering. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
| Parameter | Detail |
|---|---|
| Type | Fixed angle centrifuge rotor |
| Designation | 30-15 |
| Capacity | 15 mL x 30 |
| Supplied as | Centrifuge rotor (accessory) |
| Compatibility | To be confirmed against your centrifuge make and model |
| Product code | SLE/LC/14 |
| Supplied by | Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India |
The Fixed Angle Rotor is used to pellet cells, precipitates and debris from a large batch of 15 mL tubes in one run. Every tube sits at the same constant angle to the spin axis, so particles travel only a short distance before reaching the outer wall of the tube and then slide down to form a compact pellet. A 30-place layout is handy when an entire class set or a full morning of samples needs to be spun together.
Fill tubes to matching volumes and place them in diametrically opposite positions; if you are not using every position, keep the load symmetrical around the rotor. Never run the rotor above the lower of the rotor's and the centrifuge's rated limits, so ask us for the rating before first use. After each session, rinse off any spills, dry the cavities fully and inspect them for corrosion or cracks.
Jain Scientific Equipments Private Limited, trading as ScienceLab from Ambala, Haryana, supplies the Fixed Angle Rotor to laboratories, service teams and dealers in India and international markets. Because rotor fit depends on the centrifuge, the company checks your machine's make and model before it quotes. See our company profile to learn more about the company.
Centrifuges and tubes that go with a 15 mL fixed angle rotor:
Find matching machines in our Centrifuges category.
How many tubes does the Fixed Angle Rotor hold?
The Fixed Angle Rotor, designated 30-15, holds 30 tubes of 15 mL each, so a full class set or a large batch of samples can be spun together in a single run on a compatible centrifuge.
Which centrifuge does the Fixed Angle Rotor fit?
The compatible centrifuge for the Fixed Angle Rotor is not specified in the listing. Send us the make and model of your centrifuge through our contact page and we will confirm whether the rotor fits before you order.
What is the maximum rated speed of the Fixed Angle Rotor?
A speed or RCF rating for the Fixed Angle Rotor is not listed on this page. Request it from us before first use, and never run the rotor above the lower of the rotor's and the centrifuge's rated limits.
What angle are tubes held at in the Fixed Angle Rotor?
The tube angle of the Fixed Angle Rotor is not stated in the documentation. If your method depends on a particular angle, please ask us for the figure before ordering so you can check it against the protocol.
Can the Fixed Angle Rotor run with only some positions filled?
Yes, the Fixed Angle Rotor can run partly loaded as long as the tubes are arranged symmetrically with matching volumes, so the load stays balanced around the spin axis. Never run it with tubes bunched on one side.
Who supplies the Fixed Angle Rotor?
The Fixed Angle Rotor is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India. The company confirms fit with your centrifuge and quotes rotors singly or in quantity for laboratories and dealers in India and international markets.
How should the Fixed Angle Rotor be cleaned?
Clean the Fixed Angle Rotor with a mild detergent, rinse it and dry it completely, paying attention to the tube cavities. Whether it can be autoclaved is not stated, so check with us before steam sterilising it.
For a quotation on the Fixed Angle Rotor, contact us via the contact page or add it to the enquiry cart with your centrifuge details.
Last updated: 24 September 2026