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High Speed Refrigerated Centrifuge LMHCR-B100 has the ability to spin either swing-out or angular rotors and has a refrigeration system that allows the centrifuge bowl to maintain a consistent cool temperature. It has a capacity of 6×1000 ml and a speed of 11500 rpm with 10 revolutions/minute. Its ergonomic design makes it simple to access the rotor and touch panel digital display with programmable system control.
Catalog Send Mail WhatsappSpecifications
| Maximum Speed | 11500 rpm |
| Maximum RCF | 18300×g |
| Maximum Capacity | 6×1000 ml |
| Revolutions/Minute | ±10 r/min |
| Temperature Range | -20℃～40℃ |
| Temperature Accuracy | ±1.0°C |
| Timer | 1 min – 23h59min |
| Noise Level | ≤ 60dB |
| Power | 4500 W |
| Voltage | AC 220±22V, 50Hz 30A |
| Chamber Dimension | ɸ600 mm |
| Dimension (L×W×H) | 830×720×1250 mm |
| Packing Dimension | 930×830×1350 mm |
| Net Weight | 268 Kg |
Features
Microcomputer control with LCD touch screen display
Driven with AC frequency conversion motor
Maintenance free and low noise operation
High compatibility with multiple rotors
Supports large capacity ultra-light rotor
Digital display with programmable system control
Accelerate/decelerate time can be customized, automatically calculate RCF
Imported eco-friendly refrigerating compressor
Heated and cooling dual system control
Over speed, over-temperature, over-heat and imbalance protections with electronic auto lid lock
Applications
It is designed for high speed requirements and can be widely used in clinical, medicine, bio-engineering, and genetic engineering, pharmaceutical and other fields.
Rotor Selection
| Model No | Rotor Type | RPM (r/min) | RCF (×g) | Capacity |
|---|---|---|---|---|
| LMHCR-B100-SR1 | Swing Rotor | 4500rpm | 5000×g | 4 x1000 mL |
| LMHCR-B100-SR2 | Swing Rotor | 4200 rpm | 5100 x g | 6 x 1000 mL |
| LMHCR-B100-AR1 | Angle Rotor | 7200 rpm | 12166 x g | 6 x 1000 mL |
| LMHCR-B100-AR2 | Angle Rotor | 8000 rpm | 11620 x g | 6 x 500 mL |
| LMHCR-B100-AR3 | Angle Rotor | 10000 rpm | 18300 x g | 6 x 250 mL |
| LMHCR-B100-AR4 | Angle Rotor | 10000 rpm | 18300 x g | 6 x 300 mL |
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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.