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High Speed Centrifuge LMHC-A104 is a benchtop, stainless-steel construction designed for both high and low-speed centrifugation. Conveniently carry the process with minimal noise and zero contamination. Features LED screen for monitoring real-time parameters. Comes with easy-to-maintain and fewer sound-emitting brushless DC motors ensuring smooth operation.
Catalog Send Mail WhatsappSpecifications
| Max. Speed | 18500 rpm |
| Max. RCF | 23990 ×g |
| Max. Capacity | 4×300 ml |
| Speed Accuracy | ± 20 rpm |
| Time Range | 0 to 99 min |
| RPM/RCF Convert | Yes |
| Noise | ≤ 55 dB |
| Acceleration /Deceleration | 10 types |
| Voltage | AC 220/110 V, 50/60 Hz |
| Dimension (H x W x D) | 620×450×355 mm |
| Weight | 55 kgs (without rotor) |
Features
A compact body requires low maintenance and offers great durability
Real-time parameters like rotating speed, centrifugal force, and RCF are monitored using a LED screen
DC brushless motor drives are of low maintenance, dust free and run silently
Enhanced with acceleration and deceleration controlling up to 10 levels
Designed to protect the device from over-speeding with the help of over speed sensor
Applications
High Speed Centrifuge is widely used in protein precipitation, RNA extraction, sample processing and separation required at various clinical and medical laboratories.
Rotor Selection
| Model No | Type | Maximum Speed | Maximum RCF | Capacity |
| LMHC-A104-SRR1 | Swing Rotor (Round bucket) | 4000 rpm | 3180 × g | 4×300ml |
| LMHC-A104-SRS1 | Swing Rotor (Square bucket) | 4000 rpm | 3180 × g | 4×300ml |
| LMHC-A104-SR1 | Swing Rotor | 4000 rpm | 3150 × g | 4×24×7ml |
| LMHC-A104-SR2 | Swing Rotor | 4000 rpm | 2750 × g | 4×24×5ml |
| LMHC-A104-SR3 | Swing Rotor | 4000 rpm | 3150 × g | 4×22×10ml |
| LMHC-A104-SR4 | Swing Rotor | 4000 rpm | 3140 × g | 4×22×7ml |
| LMHC-A104-SR5 | Swing Rotor | 4000 rpm | 2840 × g | 4×18×5ml |
| LMHC-A104-SR6 | Swing Rotor | 4000 rpm | 3140 × g | 4×18×10ml |
| LMHC-A104-MR1 | Microplate rotor (box type) | 4000 rpm | 2770 × g | 2×4×96 well |
| LMHC-A104-MR2 | Microplate rotor (frame type) | 4000 rpm | 2910 × g | 2×4×96 well |
| LMHC-A104-MR3 | Microplate rotor (frame type) | 4000 rpm | 2300 × g | 2×3×48ml |
| LMHC-A104-SR7 | Swing out rotor | 5000 rpm | 4730 × g | 4×1×50ml |
| LMHC-A104-SR8 | Swing out rotor | 5000 rpm | 4730 × g | 4×1×100ml |
| LMHC-A104-SR9 | Swing out rotor | 4000 rpm | 3020 × g | 4×2×100ml |
| LMHC-A104-SR10 | Swing out rotor | 4000 rpm | 3200 × g | 4×2×50ml |
| LMHC-A104-SR11 | Swing out rotor | 4000 rpm | 3200 × g | 4×4×15ml |
| LMHC-A104-SR12 | Swing out rotor | 4000 rpm | 3200 × g | 4×6×15ml |
| LMHC-A104-SR13 | Swing out rotor | 4000 rpm | 3200 × g | 4×8×15ml |
| LMHC-A104-SR14 | Swing out rotor | 4000 rpm | 2770 × g | 4×8×10/7ml |
| LMHC-A104-SR15 | Swing out rotor | 4000 rpm | 2380 × g | 4×8×5ml adapter |
| LMHC-A104-SR16 | Swing out rotor | 4000 rpm | 2770 × g | 4×6×10/7ml |
| LMHC-A104-SR17 | Swing out rotor | 4000 rpm | 2380 × g | 4×6×5ml adapter |
| LMHC-A104-SR18 | Swing out rotor | 4000 rpm | 2770 × g | 4×4×10/7ml |
| LMHC-A104-SR19 | Swing out rotor | 4000 rpm | 2380 × g | 4×4×5ml adapter |
| LMHC-A104-SR20 | Swing out rotor | 4000 rpm | 2520 × g | 4×16×5ml |
| LMHC-A104-SR201 | Swing out rotor | 4000 rpm | 2880 × g | 4×16×7ml |
| LMHC-A104-SR22 | Swing out rotor | 4000 rpm | 2880 × g | 4×12×10ml |
| LMHC-A104-FR1 | Fixed Rotor | 14000 rpm | 12070 × g | 4×8PCR |
| LMHC-A104-FR2 | Fixed Rotor | 13000 rpm | 16080 × g | 6×8PCR |
| LMHC-A104-FR3 | Fixed Rotor | 14000 rpm | 13390 × g | 8×8PCR |
| LMHC-A104-FR4 | Fixed Rotor | 13000 rpm | 17220 × g | 12×8PCR |
| LMHC-A104-FR5 | Fixed Rotor | 14000 rpm | 19960 × g | 40×0.5ml |
| LMHC-A104-FR6 | Fixed Rotor | 18500 rpm | 23990 × g | 12×1.5ml |
| LMHC-A104-FR7 | Fixed Rotor | 15000 rpm | 20600 × g | 24×1.5ml |
| LMHC-A104-FR8 | Fixed Rotor | 13500 rpm | 19340 × g | 30×1.5ml |
| LMHC-A104-FR9 | Fixed Rotor | 11000 rpm | 12840 × g | 48×1.5ml |
| LMHC-A104-FR10 | Fixed Rotor | 15000 rpm | 19350 × g | 16×5ml |
| LMHC-A104-FR11 | Fixed Rotor | 14000 rpm | 16460 × g | 6×10ml |
| LMHC-A104-FR12 | Fixed Rotor | 13000 rpm | 17030 × g | 12×10ml |
| LMHC-A104-FR13 | Fixed Rotor | 11000 rpm | 13950 × g | 16×10ml |
| LMHC-A104-FR14 | Fixed Rotor | 11000 rpm | 12730 × g | 8×15ml |
| LMHC-A104-FR15 | Fixed Rotor | 9000 rpm | 9590 × g | 12×15ml |
| LMHC-A104-FR16 | Fixed Rotor | 5000 rpm | 3500 × g | 24×15ml |
| LMHC-A104-FR17 | Fixed Rotor | 5000 rpm | 3830 × g | 30×15ml |
| LMHC-A104-FR18 | Fixed Rotor | 12000 rpm | 14000 × g | 6×30ml |
| LMHC-A104-FR19 | Fixed Rotor | 12000 rpm | 16050 × g | 6×50ml (sharp) |
| LMHC-A104-FR20 | Fixed Rotor | 12000 rpm | 15960 × g | 6×50ml (round) |
| LMHC-A104-FR21 | Fixed Rotor | 5000 rpm | 3860 × g | 12×50ml |
| LMHC-A104-FR22 | Fixed Rotor | 4000 rpm | 2910× g | 24×50ml |
| LMHC-A104-FR23 | Fixed Rotor | 11000 rpm | 13560 × g | 4×85ml |
| LMHC-A104-FR24 | Fixed Rotor | 10000 rpm | 10310 × g | 4×100ml |
| LMHC-A104-FR25 | Fixed Rotor | 8000 rpm | 7280 × g | 6×100ml |
| LMHC-A104-FR26 | Fixed Rotor | 4000 rpm | 2970 × g | 12×100ml |
| LMHC-A104-FR27 | Fixed Rotor | 12000 rpm | 15800 × g | 24 capillaries |
| LMHC-A104-SR23 | Swing Rotor | 15000 rpm | 19920 × g | 4×5ml |
| LMHC-A104-VR1 | Vertical Rotor | 16000 rpm | 16450 × g | 16×5ml |
| LMHC-A104-VR2 | Vertical Rotor | 14000 rpm | 19750× g | 8×30ml |
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Frequently Asked Questions
1 What is a High Speed Centrifuge?
A High Speed Centrifuge is an apparatus designed to separate components of a mixture based on density by spinning samples at high rotational speeds.
2 What types of samples can be processed in High Speed Centrifuge?
It can process blood, cell lysates, bacteria, proteins and organelle suspensions.
3 Can High Speed Centrifuge be used in pharmaceutical research?
It is used for drug formulation studies, protein purification and quality control.
4 Can High Speed Centrifuge be used in microbiology?
It is used to pellet bacteria, yeast, and other microorganisms from liquid culture.
5 Can High Speed Centrifuge be used in environmental science?
It is used for analyzing water, soil and sediment samples by separating suspended particles.
6 Can High Speed Centrifuge be used in biotechnology?
It is used to harvest cells, purify biomolecules, and process fermentation broths.
7 What is the role of High Speed Centrifuge in molecular biology?
It is used to separate nucleic acids from cell debris or other components during the extraction process.
8 Can High Speed Centrifuge be used for virus isolation?
It is used to pellet viruses or separate them using density gradient centrifugation, especially in vaccine development and virology research.
9 Can High Speed Centrifuge be used in nanoparticle research?
It is used to separate nanoparticles by size or density from reaction mixtures or bio fluids.
10 Does High Speed Centrifuge assist in microbiome research?
It is used to pellet microbial cells or concentrate extracellular DNA or RNA from samples.