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A27-8×50 fixed-angle rotor

Article no.: 75003008Delivery timeiFor the current delivery time, please contact us by phone at +31 515 575 105 or send us an email at info@polytemp.com.

The Thermo Scientific A27-8×50 is an aluminium fixed-angle rotor for 8 x 50 mL. This rotor belongs to the highest RCF performance class and reaches up to 87,207 x g. Moreover, the A27-8×50 fits the LYNX 4000 and LYNX 6000 Superspeed centrifuges.

Aluminium fixed-angle rotor for 8 x 50 mL
Very high RCF up to 87,207 x g on the LYNX 6000
Maximum speed of 27,000 rpm
Higher throughput than the A27-6x50
Compatible with LYNX 4000 and LYNX 6000
40+ jaar expertise Eigen servicedienst Snelle levering NL

Description

The Thermo Scientific A27-8×50 fixed-angle rotor is an aluminium rotor for 8 x 50 mL tubes. In addition, this rotor belongs to the highest RCF performance category within the LYNX portfolio. Furthermore, on the LYNX 6000 the A27-8×50 reaches a speed of 27,000 rpm and an RCF of 87,207 x g. As a result, you pellet 8 samples of 50 mL at very high centrifugal force.

Moreover, the A27-8×50 stands out through its higher capacity than the A27-6×50. This rotor processes 8 tubes of 50 mL per run. In addition, the fixed-angle geometry offers efficient pellet formation. As a result, you increase throughput without sacrificing RCF.

Furthermore, the A27-8×50 delivers one of the highest RCF values in the LYNX portfolio. The maximum radius (Rmax) is 107 mm. In addition, aluminium is a strong and proven rotor material. As a result, you process demanding high-speed applications with confidence.

Finally, the A27-8×50 is compatible with the Thermo Scientific LYNX 4000 and LYNX 6000 Superspeed centrifuges. On the LYNX 4000 the rotor runs up to 24,000 rpm and 68,905 x g. This way you choose the performance level that suits your application.

Key benefits of the A27-8×50

  • Maximum capacity of 8 x 50 mL tubes per run
  • Very high RCF up to 87,207 x g on the LYNX 6000
  • Maximum speed of 27,000 rpm (LYNX 6000)
  • Higher throughput than the A27-6×50 at the same speed
  • Robust aluminium construction for demanding applications
  • Fixed-angle geometry for efficient pellet formation
  • Compatible with LYNX 4000 and LYNX 6000 Superspeed centrifuges
  • Part of the highest RCF performance class

Specifications

Property A27-8×50
Rotor type Fixed-angle, aluminium
Category Highest RCF performance
Maximum capacity 8 x 50 mL
Maximum speed 27,000 rpm (LYNX 6000) / 24,000 rpm (LYNX 4000)
Maximum RCF 87,207 x g (LYNX 6000) / 68,905 x g (LYNX 4000)
Rmax 107 mm
Compatible centrifuges Thermo Scientific LYNX 4000 and LYNX 6000 Superspeed
Material Aluminium
Application High-RCF separation of 50 mL samples with high throughput

 

SKU Description
75003008 Thermo Scientific A27-8×50 fixed-angle rotor, 8 x 50 mL, aluminium, for LYNX 4000 and LYNX 6000

Compatible with these products

Frequently asked questions

Frequently asked questions about the A27-8×50

Which centrifuges is the A27-8×50 compatible with?

The A27-8×50 fits the Thermo Scientific LYNX 4000 and LYNX 6000 Superspeed centrifuges. In addition, the Auto-ID technology identifies the rotor instantly. Furthermore, the settings load automatically.

What is the maximum speed and RCF?

On the LYNX 6000 the rotor reaches 27,000 rpm and 87,207 x g. In addition, it runs on the LYNX 4000 up to 24,000 rpm and 68,905 x g. This way you choose the desired performance level.

What capacity does the A27-8×50 have?

The rotor processes 8 x 50 mL tubes per run. As a result, you separate more samples than with the A27-6×50. Moreover, the RCF stays very high.

What material is the rotor made of?

The A27-8×50 is made of aluminium. Moreover, aluminium is a strong and proven rotor material. In addition, the rotor processes high-speed applications reliably.

Which applications is the A27-8×50 suitable for?

The rotor suits high-RCF separation with 50 mL tubes. Think of cellular biology, molecular biology and research. Moreover, you process 8 samples per run.

What is the difference with the A27-6×50?

The A27-8×50 processes 8 instead of 6 tubes of 50 mL. As a result, the throughput is higher. Moreover, the A27-8×50 reaches a higher RCF up to 87,207 x g.

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