Eppendorf Spaver for Use, with Fixed Angle Rotor

The Eppendorf Spaver is specifically designed for use with fixed angle rotors, ensuring secure and stable placement during centrifugation. It enhances the performance of your rotor setup by providing compatibility and structural support where precision is critical in laboratory procedures.

Key Features:

• Brand: Eppendorf
• Compatibility: Designed for use with fixed angle rotors
• Function: Ensures secure and stable sample positioning
• Application: Ideal for laboratory centrifugation procedures

Boost rotor efficiency with the Eppendorf Spaver—crafted for precision, reliability, and secure fit in high-speed lab applications.

Frequently Asked Questions

1. What is the Eppendorf Spaver for Use, with Fixed Angle Rotor used for?

It is specifically designed for use with fixed angle rotors, ensuring secure and stable placement during centrifugation. It enhances the performance of your rotor setup by providing compatibility and structural support where precision is critical in laboratory procedures.

2. Is the Eppendorf Spaver for Use, with Fixed Angle Rotor suitable for laboratory centrifugation procedures?

Yes. It is designed for laboratory centrifugation procedures, and offers secure and stable sample positioning to support this kind of work.

3. What function does the Eppendorf Spaver for Use, with Fixed Angle Rotor have?

It has secure and stable sample positioning, and is supplied under manufacturer part number 5301316005.

4. What is the Eppendorf Spaver for Use, with Fixed Angle Rotor compatible with?

It is compatible with fixed angle rotors.

5. How does the Eppendorf Spaver for Use, with Fixed Angle Rotor compare with the Thermo Scientific MicroClick 30x2 Fixed Angle Rotor from Thermo Scientific?

For laboratory centrifugation procedures, the Eppendorf model is the better choice, offering secure and stable sample positioning. The Thermo Scientific model offers accommodates 30 x 2 ml tubes, fixed angle for optimal sample separation and constructed for long-term laboratory use as an alternative, while the Eppendorf model's secure and stable sample positioning help make it a strong fit for laboratory centrifugation procedures.