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Specifications
| Max. Speed | 5500 rpm |
| Max. RCF | 5310 x g |
| Max. Capacity | 4 x 750 mL |
| Timer | 1 min ⁓ 99 min |
| Temperature range | -20 °C ⁓ 40 °C |
| Temperature accuracy | ± 1.0 °C |
| Revolutions / min | ± 10 r/min |
| Noise | ≤ 60 dB (A) |
| Chamber Diameter | Φ 420 mm |
| Power | 1500 W |
| Voltage | AC 220 ± 22 V 50 Hz 15 A |
| Dimension | 645 x 700 x 445 mm |
| Weight | 95 kg |
Features
AC frequency conversion motor Microcomputer control with multicolor LED display Automatic RCF calculation 10 levels acceleration and deceleration control Time display in seconds for countdown less than one minute Electronic lid lock Inner chamber made of steel material Imported energy-efficient eco-friendly refrigeration system One key pre-cooling function
Rotor Selection
| Model No | Type | Max. Speed | Max. RCF | Capacity | Image |
|---|---|---|---|---|---|
| LMLCR-A101-MR1 | Micro plates Rotor | 4000 rpm | 1700 x g | 2 x 2 x 48 Hole | |
| LMLCR-A101-MR2 | Micro plates Rotor | 4000 rpm | 2300 x g | 2 x 2 x 96 Hole | |
| LMLCR-A101-MR3 | Micro plates Rotor | 4000 rpm | 3500 x g | 4 x 2 x 96 Hole | |
| LMLCR-A101-SR1 | Swing Rotor | 4000 rpm | 2810 x g | 8 x 50 mL | |
| LMLCR-A101-SR2 | Swing Rotor | 4000 rpm | 2810 x g | 16 x 10 / 15 mL | |
| LMLCR-A101-SR3 | Swing Rotor | 4000 rpm | 2810 x g | 24 x 10 / 15 mL | |
| LMLCR-A101-SR4 | Swing Rotor | 4000 rpm | 2810 x g | 32 x 10 / 15 mL | |
| LMLCR-A101-SR5 | Swing Rotor | 4000 rpm | 2810 x g | 48 x 5 / 7 mL | |
| LMLCR-A101-SR6 | Swing Rotor | 4000 rpm | 2810 x g | 64 x 5 /7 mL | |
| LMLCR-A101-SR7 | Swing Rotor | 4000 rpm | 2810 x g | 72 x 5 / 7 mL | |
| LMLCR-A101-SR8 | Swing Rotor | 4000 rpm | 3500 x g | 4 x 250 mL | |
| LMLCR-A101-SR9 | Swing Rotor | 4000 rpm | 3500 x g | 4 x 250 mL / Sharp bottom | |
| LMLCR-A101-SR10 | Swing Rotor | 4000 rpm | 3500 x g | 6 x 250 mL | |
| LMLCR-A101-SR11 | Swing Rotor | 4000 rpm | 3850 x g | 4 x 500 mL | |
| LMLCR-A101-SR12 | Swing Rotor | 4000 rpm | 3850 x g | 4 x 750 mL | |
| LMLCR-A101-SR13 | Swing Rotor | 4000 rpm | 3850 x g | 48 x 15 mL | |
| LMLCR-A101-SR14 | Swing Rotor | 4000 rpm | 3850 x g | 96 x 5 / 7 mL | |
| LMLCR-A101-SR15 | Swing Rotor | 4000 rpm | 3850 x g | 120 x 5 / 7 mL | |
| LMLCR-A101-SR16 | Swing Rotor | 5000 rpm | 4390 x g | 4 x 100 mL | |
| LMLCR-A101-SR17 | Swing Rotor | 5500 rpm | 5310 x g | 4 x 50 mL |
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Frequently Asked Questions
1 What is a Low Speed Refrigerated Centrifuge?
A Low Speed Refrigerated Centrifuge is a laboratory apparatus designed to separate components of a mixture at relatively low rotational speeds.
2 What types of samples can be processed in Low Speed Refrigerated Centrifuge?
It is commonly used for blood samples, cell cultures, urine and other temperature-sensitive biological materials.
3 What safety features are available in Low Speed Refrigerated Centrifuge?
Key safety features include automatic lid lock, imbalance detection, over-speed protection, and temperature control alarms.
4 Can Low Speed Refrigerated Centrifuge be used for urine sample analysis?
It is commonly used to sediment urinary particles such as cells, casts, and crystals for microscopic examination.
5 Is Low Speed Refrigerated Centrifuge suitable for cell harvesting?
It is ideal for harvesting cells from culture media since the low speed prevents cell damage and the refrigeration maintains sample integrity.
6 Can Low Speed Refrigerated Centrifuge be used in clinical diagnostics labs?
It is widely used for routine separation of body fluids, preparation of samples for biochemical assays and temperature-controlled handling of diagnostic samples.
7 Can Low Speed Refrigerated Centrifuge be used in environmental labs?
It is used to separate particulate matter from water and soil extracts during sample preparation.
8 Can Low Speed Refrigerated Centrifuge be used for immunology applications?
It is used to separate serum for antibody testing or to pellet cells for immunoassays thereby helping in maintaining antigen-antibody stability with controlled temperature.
9 Can Low Speed Refrigerated Centrifuge be used in biotechnology for fermentation process?
It is used to collect biomass from fermentation broths before downstream processing, with temperature control preserving cellular proteins and enzymes.
10 Can Low Speed Refrigerated Centrifuge be used in forensic labs?
It is used to separate biological samples such as blood or semen before DNA analysis.