Low Speed Centrifuge LB-12LSC

Low Speed Centrifuge LB-12LSC

Low Speed Centrifuge LB-12LSC supports a maximum speed of 4200 rpm and provides a relative centrifugal force of 2680 × g. It accommodates up to 24 tubes of 10 ml each, allowing high-throughput sample processing. It has an adjustable timer range, allowing for flexible and customizable protocols. Our centrifuge features a user-friendly LCD screen, ensuring precise sample centrifugation.  

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Specifications

Maximum Speed 4200 rpm
Maximum RCF 2680 × g
Maximum Capacity 24 × 10 ml
Speed Accuracy ± 20 rpm
Timer Range 1 to 99 minutes
Display LED
Noise Level ≤ 60 dB(A)
Power Consumption 250W
Dimension 410 × 300 × 260 mm
Net Weight 17 kg

Features

  • Variable frequency motor
  • Electronic door lock
  • Adjustable speed
  • Low noise operation
  • Autoclavable rotor
  • User-friendly interface

Applications

Low Speed Centrifuge LB-12LSC is ideal for processing biological samples like blood and proteins, offering efficient sedimentation and separation. It is widely used in clinical laboratories, medical research, biotechnology, and pharmaceutical applications.

Rotor Selections

Rotor Type 

Capacity

Maximum Speed

Maximum RCF

Fixed Angle Rotor

24 × 10 ml blood tube

4200 rpm

2680 × g

Low Speed Centrifuge LB-12LSC
Low Speed Centrifuge LB-12LSC

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Frequently asked questions For

1. What are low-speed centrifuges, and what are they used for?

Low-speed centrifuges are laboratory devices used to separate biological samples like blood, cells, or fluids at gentle rotational speeds. They are ideal for preserving the integrity of sensitive samples during processing.

2. What are the key features of the Labotronics low-speed centrifuges?

The key features of the Labotronics low-speed centrifuges are their smooth operation, with fixed-angle rotors that handle various tube types efficiently for precise separation.

3. Where are low-speed centrifuges suitable?

Low-speed centrifuges are suitable for clinical labs, research facilities, medical centers, academic institutions, and biotech labs, where gentle sample separation is crucial.

4. What kind of outputs can I expect from using low-speed centrifuges?

By using low-speed centrifuges, you can expect to achieve clear, separated layers of biological material, enhanced lab efficiency, and consistent results in sample preparation.

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Low Speed Centrifuge

Max speed 6000 rpm
Max RCF 4830 x g
Rotor capacity 12 x 15 / 20 ml
Temperature raise ≤ 10 °C
Max speed 6000 rpm
Max RCF 5000 x g
Rotor capacity 15 ml / 20 ml x 6
Temperature raise ≤ 10 °C
Maximum Speed 5000 rpm
Maximum RCF 4650 × g
Maximum Capacity 8 × 100ml
Speed Accuracy ± 10 rpm
Max speed 6000 rpm
Max RCF 5000 x g
Rotor capacity 15 ml /20 ml x 6
Temperature raise ≤ 10 °C
Maximum Speed 4200 rpm
Maximum RCF 3285 × g
Maximum Capacity 4 × 100 ml
Speed Accuracy ± 10 rpm
Maximum Speed 5000 rpm
Maximum RCF 4650 × g
Maximum Capacity 6 × 50 ml
Speed Accuracy ± 10 rpm
Maximum Speed 6000 rpm
Maximum RCF 5123 × g
Maximum Capacity 6 × 50 ml
Speed Accuracy ± 10 rpm
Max capacity 4×100 ml
Max speed 6000 rpm
Max RCF 5000×g
Speed accuracy ±20 rpm
Maximum Speed 4000 rpm
Maximum RCF 3580 × g
Maximum Capacity 4 × 1000 mL
Speed Accuracy ± 10 rpm
Max speed 5000 rpm
Max RCF 3175 x g
Rotor capacity 2 x 10 ml(carbon fiber rotor)
Speed accuracy ± 10 °C
Max speed 6000 rpm
Max RCF 5000 x g
Rotor capacity 4 x 450 ml
Temperature raise ≤ 10 °C
Max speed 6000 rpm
Max RCF 5000 x g
Rotor capacity 4 x 300 ml
Temperature raise ≤ 10 °C
Maximum Speed 5000 rpm
Maximum RCF 5200 × g
Maximum Capacity 4 × 500 ml
Speed Accuracy ± 10 rpm
Maximum Speed 5000 rpm
Maximum RCF 4650 × g
Maximum Capacity 8 × 100 ml
Speed Accuracy ± 10 rpm
Maximum Speed 4200 rpm
Maximum RCF 2680 × g
Maximum Capacity 4 × 50 ml
Speed Accuracy ± 20 rpm
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