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Thermo Scientific Fiberlite F21-48×2 fixed-angle rotor

Article no.: 75003664Delivery 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 Fiberlite F21-48×2 is a carbon fiber fixed-angle rotor for 48 x 2 mL microtubes. Moreover, the rotor reaches 15,200 rpm and 25,055 x g. In addition, the rotor fits the S Series and X Series.

Original price was: €3.634,00.Current price is: €3.088,00. excl. VAT

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Carbon fiber fixed-angle rotor for 48 x 2 mL
Maximum speed of 15,200 rpm
Maximum RCF of 25,055 x g
Compatible with S Series and X Series
Light Fiberlite carbon fiber composite
40+ jaar expertise Eigen servicedienst Snelle levering NL

Description

The Thermo Scientific Fiberlite F21-48×2 is a carbon fiber fixed-angle rotor with a 45 degree angle for 48 x 2 mL microtubes. Moreover, this rotor reaches a maximum speed of 15,200 rpm. In addition, the F21-48×2 achieves an RCF of 25,055 x g. As a result, you process large numbers of microtubes in one run.

Furthermore, the F21-48×2 stands out through its Fiberlite carbon fiber composite. For example, the rotor weighs far less than a metal alternative. As a result, the rotor accelerates and decelerates faster. Moreover, the centrifuge uses less energy per run.

Durability is also a strong point of the F21-48×2. For example, the carbon fiber resists corrosion and fatigue. In addition, the construction has no limitation in cycles of use. As a result, the rotor stays reliable in service for a long time.

Finally, the Fiberlite F21-48×2 is compatible with the Thermo Scientific S Series and X Series. For instance, the rotor works with the S4T, S4TR and S4FR models. In addition, the rotor fits the X4T, X4TR and X4FR models. Performance is identical on both series.

Key benefits of the Fiberlite F21-48×2

  • Maximum capacity of 48 x 2 mL microtubes
  • Maximum speed of 15,200 rpm on S Series and X Series
  • Maximum RCF of 25,055 x g for fast sedimentation
  • Carbon fiber composite for a light weight
  • Faster acceleration and deceleration than metal
  • Corrosion and fatigue resistant construction
  • 45 degree angle for a consolidated pellet
  • Biocontainment lid for safe processing

Specifications

Property Fiberlite F21-48×2
Rotor type Fixed-angle, carbon fiber (Fiberlite)
Angle 45 degrees
Maximum capacity 48 x 2 mL
Maximum speed 15,200 rpm (S Series and X Series)
Maximum RCF 25,055 x g (S Series and X Series)
Rmax 97 mm
Compatible centrifuges Thermo Scientific S Series (S4T, S4TR, S4FR) and X Series (X4T, X4TR, X4FR)
Material Carbon fiber composite (Fiberlite)
Application 1.5 and 2 mL microtubes, PCR tubes with adapter

 

SKU Description
75003664 Thermo Scientific Fiberlite F21-48 x 2 carbon fiber fixed-angle rotor for 1.5 and 2 mL microtubes

Compatible with these products

Frequently asked questions

Frequently asked questions about the Fiberlite F21-48×2

Which centrifuges is the Fiberlite F21-48×2 compatible with?

The F21-48×2 fits the Thermo Scientific S Series and X Series. Moreover, the rotor works with the S4T, S4TR and S4FR models. In addition, the rotor fits the X4T, X4TR and X4FR models.

What is the maximum speed and RCF?

The F21-48×2 reaches 15,200 rpm. In addition, the rotor achieves an RCF of 25,055 x g. These values apply on both the S Series and the X Series.

What capacity does the Fiberlite F21-48×2 have?

The rotor processes 48 x 2 mL microtubes per run. Moreover, you load 1.5 and 2 mL microtubes directly. PCR tubes also fit with the right adapter.

What material is the rotor made of?

The F21-48×2 is made of Fiberlite carbon fiber composite. Moreover, the rotor weighs less than metal. As a result, the rotor accelerates and decelerates faster.

Which applications suit the Fiberlite F21-48×2?

The rotor suits molecular applications. For example, you process large series of microtubes at once. In addition, an adapter supports PCR tubes.

Why choose carbon fiber?

Carbon fiber weighs far less than metal. Moreover, it resists corrosion and fatigue. As a result, the rotor uses less energy per run.

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