HERMLE Angle Rotor 6 x 50 ml RB or Falcon, Ø 30 mm for Z 206 A

The HERMLE Angle Rotor 6 x 50 ml RB or Falcon, Ø 30 mm for Z 206 A is engineered for efficient centrifugation of medium-volume samples. Designed to accommodate six 50 ml round-bottom or conical tubes, this rotor is compatible with the HERMLE Z 206 A centrifuge. Its 40° fixed angle design ensures optimal separation efficiency, making it ideal for clinical, research, and laboratory applications.

Key Features:

• Brand: HERMLE
• Model: 221.55 V01
• Capacity: 6 x 50 ml round-bottom or conical tubes
• Tube Diameter: Ø 30 mm
• Angle: 40° fixed angle for efficient separation
• Maximum Speed: 6,000 rpm
• Maximum RCF: 4,427 x g
• Compatibility: Designed for use with HERMLE Z 206 A centrifuge

This angle rotor is a reliable and essential accessory for laboratories requiring precise and efficient centrifugation of medium-volume samples.

Frequently Asked Questions

1. What is the HERMLE Angle Rotor 6 x 50 ml RB or Falcon, Ø 30 mm for Z 206 A used for?

It is engineered for efficient centrifugation of medium-volume samples. Designed to accommodate six 50 ml round-bottom or conical tubes, this rotor is compatible with the HERMLE Z 206 A centrifuge. Its 40° fixed angle design ensures optimal separation efficiency, making it ideal for clinical, research, and laboratory applications.

2. What capacity and angle does this product have?

It has a capacity of 6 x 50 ml round-bottom or conical tubes, 40° fixed angle for efficient separation and a maximum speed of 6,000 rpm.

3. What is this product compatible with?

It is compatible with HERMLE Z 206 A centrifuge. It also offers Ø 30 mm.

4. How does this product compare with other falcon products?

The Hermle model is a strong choice for its intended use, offering a capacity of 6 x 50 ml round-bottom or conical tubes, 40° fixed angle for efficient separation and a maximum speed of 6,000 rpm. Other brands offer falcon products with varying capacity, angle, maximum speed and maximum RCF, but this model is built for its intended use.