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Low-Speed Centrifuge LMLC-A106 features a 420 mm chamber ensures ample space distribution. Built with durable materials, ensuring longevity and resistance against frequent chemical interactions. It functions with minimizing noise levels for a quiet and disturbance-free working environment. Our Low-Speed Centrifuge is integrated with multiple rotor compatibility, accommodating diverse sample-handling requirements effortlessly.
Catalog Send Mail WhatsappSpecifications
| Maximum Speed | 6500 rpm |
| Maximum RCF | 5310 × g |
| Maximum Capacity | 4 × 750 mL |
| Timer | 1 min to 99 min |
| Revolutions / min | ± 10 rpm |
| Noise | Less than or equal to 60 dB (A) |
| Chamber Diameter | Φ 420 mm |
| Power Consumption | 750 W |
| Power Supply | AC 220 ± 22 V, 50 Hz, 10 A |
| Dimensions | 560 × 460 × 400 mm |
| Net Weight | 50 Kg |
Features
High-Capacity Range
Efficient Power Consumption
Sturdy Construction
Intuitive Interface
Adjustable Speed and Timer
Applications
Low-Speed Centrifuge LMLC-A106 supports material testing and component separation in manufacturing processes within industrial sectors and enables blood fractionation for disease diagnosis and research in hematology studies.
Rotor Selection
| Model No | Type | Max. Speed | Max. RCF | Capacity | Image |
|---|---|---|---|---|---|
| LMLC-A106-SR1 | Swing Rotor | 4200 rpm | 3850 x g | 4 x 250 mL | |
| LMLC-A106-SR2 | Swing Rotor | 4200 rpm | 3850 x g | 4 x 250 mL / sharp type | |
| LMLC-A106-SR3 | Swing Rotor | 4200 rpm | 3950 x g | 4 x 500 mL | |
| LMLC-A106-SR4 | Swing Rotor | 4200 rpm | 3950 x g | 4 x 750 mL | |
| LMLC-A106-SR5 | Swing Rotor | 4200 rpm | 3850 x g | 6 x 250 mL | |
| LMLC-A106-SR6 | Swing Rotor | 4200 rpm | 3100 x g | 8 x 50 mL | |
| LMLC-A106-SR7 | Swing Rotor | 4200 rpm | 3100 x g | 8 x 100 mL | |
| LMLC-A106-SR8 | Swing Rotor | 4200 rpm | 3100 x g | 16 x 10 / 15 mL | |
| LMLC-A106-SR9 | Swing Rotor | 4200 rpm | 3100 x g | 24 x 10 / 15 mL | |
| LMLC-A106-SR10 | Swing Rotor | 4200 rpm | 3100 x g | 32 x 10 / 15 mL | |
| LMLC-A106-SR11 | Swing Rotor | 4200 rpm | 3100 x g | 48 x 5 / 7 mL (Blood tube) | |
| LMLC-A106-SR12 | Swing Rotor | 4200 rpm | 3100 x g | 64 x 5 mL (Blood tube) | |
| LMLC-A106-SR13 | Swing Rotor | 4200 rpm | 3100 x g | 72 x 5 / 7 mL (Blood tube) | |
| LMLC-A106-SR14 | Swing Rotor | 4200 rpm | 3950 x g | 96 x 5 / 7 mL (Blood tube) | |
| LMLC-A106-SR15 | Swing Rotor | 4200 rpm | 3950 x g | 120 x 5 / 7 mL (Blood tube) | |
| LMLC-A106-SR16 | Swing Rotor | 5000 rpm | 4390 x g | 4 x 100 mL | |
| LMLC-A106-SR17 | Swing Rotor | 5500 rpm | 5310 x g | 4 x 50 mL | |
| LMLC-A106-AR1 | Angle Rotor | 6500 rpm | 5190 x g | 4 x 50 mL | |
| LMLC-A106-AR2 | Angle Rotor | 6500 rpm | 5190 x g | 6 x 50 mL | |
| LMLC-A106-AR3 | Angle Rotor | 6500 rpm | 5190 x g | 8 x 50 mL | |
| LMLC-A106-EP1 | Enzyme plate | 4200 rpm | 3910 x g | 4 x 2 x 96 holes | |
| LMLC-A106-EP2 | Enzyme plate | 4200 rpm | 2530 x g | 2 x 2 x 96 holes | |
| LMLC-A106-EP3 | Enzyme plate | 4200 rpm | 1900 x g | 2 x 2 x 48 holes |
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Frequently Asked Questions
1 What is a Low Speed Centrifuge?
A Low Speed Centrifuge is a laboratory apparatus designed to separate components of a liquid based on density by spinning them at relatively low speeds.
2 What kind of maintenance does Low Speed Centrifuge require?
Regular maintenance includes cleaning of rotor, balancing of samples and inspecting components for wear.
3 Is Low Speed Centrifuge suitable for urine sedimentation?
It is ideal for sedimenting urine samples to help analyze cells, crystals, and other particles present in the urine.
4 Can Low Speed Centrifuge be used for cell harvesting?
It is widely used for harvesting cells from culture media in biological research and cell biology applications.
5 Can Low Speed Centrifuge be used for clinical diagnostics?
It is frequently used in clinical diagnostics for separating blood and other biological samples for analysis.
6 Can Low Speed Centrifuge be used for PCR preparation?
It is used in the preparation of samples for PCR by pelleting cellular components or precipitating DNA from solution before amplification.
7 Is Low Speed Centrifuge suitable for separating plasma from blood?
It is commonly used in clinical labs to separate plasma from whole blood by spinning at low speeds to prevent cell disruption while isolating plasma.
8 Can Low Speed Centrifuge be used for harvesting yeast cells?
It is ideal for pelleting yeast cells from liquid cultures in fermentation studies or microbiological research.
9 Can Low Speed Centrifuge help in isolating plasma cells from bone marrow?
It is used in hematology to separate plasma cells from bone marrow or blood samples based on density.
10 Can Low Speed Centrifuge be used in vaccine production?
It is used for separating cells and proteins during various stages of vaccine production.