Get Quote
Contact us now to receive a detailed quotation.
High Speed Refrigerated Centrifuge LMHCR-B106 offers a speed of 20,000 rpm enables rapid and efficient separation of samples. It operates within a temperature control range of -20°C to +40°C. Equipped with R404A refrigerant ensuring effective cooling. Features selectable acceleration and deceleration rates for smooth and customizable operation. Our High Speed Refrigerated Centrifuge provides multi-level protection functions such as overspeed, over-temperature and more.
Specifications
| Maximum Speed | 20000 rpm |
| Speed Accuracy | ± 10 rpm |
| Maximum RCF | 28620 × g |
| Maximum Capacity | 4 × 750 mL |
| Temperature Range | -20°C to +40°C |
| Temperature Accuracy | ± 1°C |
| Timing Range | 1 s to 99 min |
| Noise | < 58 dB |
| Refrigerant | R404A |
| Acceleration and Deceleration Levels | 1 to 10 rates |
| Power Consumption | 2000 W |
| Power Supply | 220V 50 Hz |
| Dimensions (L × W × H) | 690 × 590 × 820 mm |
| Net Weight | 190 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| High Speed Refrigerated Centrifuge LMHCR-B106 | $ 5737.5 | Pack of 1 |
Features
Quiet Operation Mode
Large Sample Capacity
Digital Display Interface
Automatic Imbalance Detection
Double Silicone Sealing
Applications
High Speed Refrigerated Centrifuge LMHCR-B106 is essential in fields like molecular biology, biochemistry and clinical diagnostics for isolating cellular components, proteins, nucleic acids, and other biomolecules.
Rotor Selection
Rotor Type No. | Maximum Speed | Maximum Capacity | Maximum RCF |
Angle Rotor 1 | 20000 rpm | 12 × 5 mL | 28620 × g |
Angle Rotor 2 | 16000 rpm | 24 × 1.5/2.2 mL | 24041 × g |
Angle Rotor 3 | 15000 rpm | 12 × 10 mL | 21130 × g |
Angle Rotor 4 | 15000 rpm | 10 × 15 mL | 26161 × g |
Angle Rotor 5 | 14000 rpm | 6 × 50 mL | 21255 × g |
Angle Rotor 6 | 12000 rpm | 8 × 50 mL | 17226 × g |
Angle Rotor 7 | 13000 rpm | 6 × 100 mL | 20406 × g |
Angle Rotor 8 | 10000 rpm | 4 × 250 mL | 14758 × g |
Swing bucket 9 | 4000 rpm | 4 × 600 mL | 3354 × g |
Swing rotor 10 | 4000 rpm | 4 × 500 mL | 3354 × g |
Swing rotor 11 | 4000 rpm | 4 × 750 mL | 3443 × g |
Microplate rotor 12 | 4000 rpm | 4 × 2 × 96 well | 2978 × g |
Adapter Selection
Adapter No. | Maximum Speed | Maximum Capacity | Maximum RCF |
Adapter 1 | 20000 rpm | 12 × 1.5 mL | 28620 × g |
Adapter 2 | 16000 rpm | 24 × 0.5 mL | 24041 × g |
Adapter 3 | 16000 rpm | 24 × 0.2 mL | 24041 × g |
Adapter 4 | 15000 rpm | 12 × 5 mL | 21130 × g |
Adapter 5 | 15000 rpm | 12 × 1.5 mL | 21130 × g |
Adapter 6 | 15000 rpm | 10 × 5 mL | 26161 × g |
Adapter 7 | 15000 rpm | 10 × 1.5 mL | 26161 × g |
Adapter 8 | 14000 rpm | 6 × 15 mL | 21255 × g |
Adapter 9 | 14000 rpm | 6 × 10 mL | 21255 × g |
Adapter 10 | 14000 rpm | 6 × 1.5 mL | 21255 × g |
Adapter 11 | 12000 rpm | 8 × 15 mL | 17226 × g |
Adapter 12 | 12000 rpm | 8 × 10 mL | 17226 × g |
Adapter 13 | 12000 rpm | 8 × 1.5 mL | 17226 × g |
Adapter 14 | 13000 rpm | 6 × 50 mL | 20406 × g |
Adapter 15 | 13000 rpm | 6 × 15mL | 20406 × g |
Adapter 16 | 13000 rpm | 6 × 10 mL | 20406 × g |
Adapter 17 | 13000 rpm | 6 × 5 mL | 20406 × g |
Adapter 18 | 13000 rpm | 6 × 1.5 mL | 20406 × g |
Adapter 19 | 10000 rpm | 4 × 100 mL | 14758 × g |
Adapter 20 | 10000 rpm | 4 × 50 mL | 14758 × g |
Adapter 21 | 10000 rpm | 4 × 5 × 15mL | 14758 × g |
Adapter 22 | 10000 rpm | 4 × 5 × 10 mL | 14758 × g |
Adapter 23 | 10000 rpm | 4 × 10 × 1.5 mL | 14758 × g |
Adapter 24 | 4000 rpm | 4 × 25 × 5/2 mL | 3354 × g |
Adapter 25 | 4000 rpm | 4 ×12 × 15/10 mL | 3354 × g |
Adapter 26 | 4000 rpm | 4 × 5 × 50 mL | 3354 × g |
Adapter 27 | 4000 rpm | 4 × 4 × 100 mL | 3354 × g |
Adapter 28 | 4000 rpm | 4 × 17 × 5/2 mL | 3354 × g |
Adapter 29 | 4000 rpm | 4 × 8 × 15/10 mL | 3354 × g |
Adapter 30 | 4000 rpm | 4 × 3 × 50 mL | 3354 × g |
Adapter 31 | 4000 rpm | 4 × 100 mL | 3354 × g |
Adapter 32 | 4000 rpm | 4 × 26 × 5/2 mL | 3443 × g |
Adapter 33 | 4000 rpm | 4 × 13 × 15/10 mL | 3443 × g |
Adapter 34 | 4000 rpm | 4 × 5 × 50 mL | 3443 × g |
Adapter 35 | 4000 rpm | 4 × 3 × 100 mL | 3443 × g |
Adapter 36 | 4000 rpm | 4 × 32 × 1.5 mL | 2978 × g |
Similar Products
$ 20416.25 / Each of 1
$ 28962.5 / Each of 1
$ 49375 / Each of 1
$ 6625 / Each of 1
$ 3750 / Each of 1
$ 6150 / Pack of 1
$ 28750 / Each of 1
$ 5600 / Pack of 1
$ 22050 / Pack of 1
$ 13100 / Pack of 1
$ 3675 / Pack of 1
$ 17825 / Each of 1
$ 3012.5 / Each of 1
$ 24550 / Each of 1
$ 3375 / Each of 1
Frequently Asked Questions
1 What is a High Speed Refrigerated Centrifuge?
A High Speed Refrigerated Centrifuge is a laboratory apparatus designed to separate biological or chemical components at high speeds while maintaining low temperatures to preserve sensitive samples.
2 What kind of maintenance does High Speed Refrigerated Centrifuge require?
Regular maintenance includes proper cleaning of the apparatus, inspecting rotors for damage and ensuring proper tube balancing during use.
3 Can High Speed Refrigerated Centrifuge be used for DNA or RNA extraction?
It is ideal for nucleic acid extraction processes, enabling quick pelleting of DNA or RNA while preserving integrity with temperature control.
4 Can High Speed Refrigerated Centrifuge be used for blood sample processing in clinical labs?
It is commonly used to separate plasma or serum from whole blood in diagnostic and hospital laboratories.
5 Can High Speed Refrigerated Centrifuge be used in microbiology?
It is widely used to pellet bacteria, yeast or viruses from liquid cultures for downstream applications such as sequencing.
6 Can High Speed Refrigerated Centrifuge be used for vaccine research?
It is used for virus concentration, purification, and separation during vaccine development and research.
7 Can High Speed Refrigerated Centrifuge be used in environmental labs?
It is used to process water or soil samples in environmental testing.
8 Can High Speed Refrigerated Centrifuge be used in molecular biology?
It is essential for processes like plasmid preparation, PCR product purification, and cell lysis supernatant clarification.
9 Can High Speed Refrigerated Centrifuge be used in biotechnology and fermentation processes?
It is widely used to harvest microbial cells or separate biomass from culture media in fermentation and downstream bioprocessing.
10 Can High Speed Refrigerated Centrifuge be used in pharmaceutical formulation for nanoparticle separation?
It is used to isolate nanoparticles, liposomes, or microspheres in drug delivery systems.