CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
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  • CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
  • CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
  • CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge
  • CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge

CGL-L26 Large Capacity Floor-Standing High-Speed Refrigerated Centrifuge


Chengbang CGL-L26 large-capacity floor-standing high-speed refrigerated centrifuge has a maximum speed of 26,000 rpm and a centrifugal force of 68,322×g. It supports processing of 6×1,000 mL large-capacity samples and can be equipped with a lightweight carbon fiber rotor, combining high safety and durability. It is suitable for industrial production such as biopharmaceuticals, genetic engineering, fermentation broth processing, and nanomaterial separation. It integrates high speed, low temperature, and high throughput to meet the high-throughput needs of scientific research and industry.

Keyword:

Product Details

Chengbang CGL-L26 large-capacity floor-standing high-speed refrigerated centrifuge with a maximum speed of 26,000 rpm and centrifugal force of 68,322×g, supports processing of 6×1,000 mL large-capacity samples, can be equipped with a lightweight carbon fiber rotor, combining high safety and durability. Suitable for biopharmaceuticals, genetic engineering, fermentation broth processing, and nanomaterial separation in industrial production, integrating high speed, low temperature, and high throughput to meet the high-throughput needs of scientific research and industry.

Product Features

High rotational speed

Up to 26,000 rpm, combined with the lightweight design of carbon fiber rotors, it can achieve an ultra-strong centrifugal force of 68,322×g, significantly shortening separation time, effectively improving the separation efficiency of virus particles, nanomaterials, and other substances, and significantly accelerating the experimental process.

Excellent separation performance

Precise temperature control, combined with high centrifugal force, can prevent heat-sensitive samples from inactivation due to temperature rise during high-speed centrifugation.

Supports various carbon fiber rotors

The density of carbon fiber is only 1/4 that of steel, but its strength is 5 times that of steel, allowing the rotor to maintain extremely low deformation at high speeds, significantly reducing the risk of mechanical fatigue, with no metal fatigue issues. It can withstand long-term cleaning with organic solvents and extreme temperatures, extending the rotor's lifespan to more than three times that of traditional stainless steel rotors.

Technical Information

Maximum Speed

26000rpm

Maximum Relative Centrifugal Force

68322×g

Maximum Capacity

6×1000mL

Timer Range

1s~99h59min59s

Temperature Range

-20~40℃

Acceleration Levels

1~20

Deceleration Levels

0~20

Speed Accuracy

±10rpm

Temperature Accuracy

±1℃

Display Type

7-inch LCD Touch Screen

Motor

AC Frequency Conversion

Power Supply

AC220V 50Hz

Total Power

4.5kW

Noise Level

≤62dB(A)

Dimensions (L*W*H)

780mm×950mm×970mm

Total Weight

270kg

Purpose

Biopharmaceuticals and Vaccine Production

Efficiently separates antibody drugs, virus-like particles, or vaccine components, reducing degradation of heat-sensitive biological macromolecules. Large-capacity rotors (6×1,000mL) support batch processing of fermentation broth or cell culture fluid, shortening purification cycles. Supports large-scale recombinant protein purification or cell lysate processing.

New Materials

Separation of nanoparticles requires high centrifugal force to prevent aggregation; the CGL-L26 enables rapid sedimentation and high-purity recovery. The high centrifugal force environment can accelerate homogenization or sorting of nanomaterials (such as carbon nanotubes, liposomes), supporting new material research and development.

Bioengineering

Can batch centrifuge fermentation broth to separate target products or cell debris, improving industrial production throughput.

Rotor and Accessories List

 

Number

Rotor and Accessories

Specification

Maximum Speed (rpm)

Maximum Centrifugal Force (×g)

Tube Size (mm)

10122402

Angle Rotor (Titanium Alloy)

24×1.5/2.2mL

26000

64070

φ11×42

10130651

Angle Rotor (Carbon Fiber)

6×50mL (Conical Bottom)

20000

52548

φ29×117

10130851

Angle Rotor (Carbon Fiber)

8×50mL (Conical Bottom)

23000

62747

φ29×117

10130625

Angle Rotor (Carbon Fiber)

6×250mL

16000

38386

φ63×123

10130650

Angle Rotor (Carbon Fiber)

6×500mL

10000

25943

φ73×165

10130410

Angle Rotor (Carbon Fiber)

4×1000mL

10500

20911

φ97×172

10130610

Angle Rotor (Carbon Fiber)

6×1000mL

9000

18490

φ97×172

10101810

Angle Rotor

18×10mL (Conical Bottom)

23000

60675

φ16×86

10101615

Angle Rotor

16×15mL (Conical Bottom)

18000

42238

φ17×121

10100851

Angle Rotor

8×50mL (Conical Bottom)

21000

60204

φ29×117

10101251

Angle Rotor

12×50mL (Conical Bottom)

14000

31363

φ29×117

10101011

Angle Rotor

10×100mL (Conical Bottom)

18000

48220

φ38×123

10100625

Angle Rotor

6×250mL

15000

33738

φ63×123

10100650

Angle Rotor

6×500mL

10000

18016

φ73×165

10200450

Horizontal Rotor

4×500mL

4000

3303

φ80×137

10200475

Horizontal Rotor

4×750mL

4000

3438

φ100×141

Installation Video

Data Download


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