




· Large Capacity: Handles up to 4x750mL, ideal for high-volume lab applications.
· High-Speed Performance: Reaches up to 21,000 rpm for fast, efficient sample processing.
· Temperature Control: Precision cooling from -20°C to 40°C to protect sensitive samples.
· Automatic Rotor Recognition: Ensures safe operation and reduces user error.
Specification | Details |
---|---|
Brand | Etallwit |
Order No | 0202253015 |
Max Speed | Angle Rotor: 21000r/min, Swing Rotor: 4200r/min |
Max RCF | Angle Rotor: 32752xg, Swing Rotor: 3860xg |
Max Capacity | Angle Rotor: 6x100ml, Swing Rotor: 4x750ml |
Speed Accuracy | ±10r/min |
Time Setting Range | 1s – 99h59m59s/1min – 99h59min |
Timing Mode | Start timing, Speed timing, Continuous timing |
Temperature Setting Range | -20°C to 40°C |
Temperature Accuracy | Max speed temperature controlled to 4°C, ±0.5°C |
Pre-Cooling Function | Yes |
Compressor Unit | VF compressor unit (R134a) |
Noise | ≤65dB (A) |
Short Spinning | Yes |
Rotor Identification | Yes |
Power Supply | AC 220±22V 50/60Hz |
Power Consumption | 1.6kW |
Dimension (W×D×H) | 590x740x850mm |
Packing Dimension (W×D×H) | 750x880x1200mm |
Net Weight | 180kg |
Certification | CE, ISO Certified |
Warranty | 1 Year |
The Etallwit Floortype Large Capacity High-Speed Refrigerated Centrifuge is a powerful and versatile addition to any laboratory, offering superior performance in both speed and capacity. It handles up to 4x750mL, making it perfect for high-volume applications in molecular biology, clinical diagnostics, and pharmaceutical development.
- Pre-Cooling Function: Ensures that the centrifuge is ready to process temperature-sensitive samples immediately, reducing downtime and increasing lab productivity.
- Automatic Rotor Recognition: Provides added safety by automatically detecting the rotor type and adjusting operational settings to prevent errors.
Etallwit’s advanced temperature control system offers a wide range from -20°C to 40°C, ensuring that sensitive biological samples like DNA, RNA, and proteins are preserved during centrifugation. With temperature accuracy down to ±0.5°C, this centrifuge guarantees that your samples are protected against degradation.
- Energy Efficient Design: With a powerful VF compressor, this centrifuge maintains efficient cooling while keeping energy consumption low, making it a cost-effective solution for labs focused on sustainability.
This centrifuge is designed with safety in mind. The automatic rotor recognition system ensures that all operations are performed under optimal settings, while the low noise level of ≤65dB provides a quieter lab environment. Additionally, the robust build quality ensures long-term reliability with minimal maintenance.
· Molecular Biology: Suitable for DNA, RNA, and protein separation.
· Clinical Diagnostics: Ideal for high-speed blood sample processing.
· Pharmaceutical Research: Efficient in handling large volumes for drug development.
· Cell Culture: Supports centrifugation of cell samples in biotechnology applications.
· Laboratory Research: Broad utility for general lab use and sample preparation.
1. What is a large capacity centrifuge?
A large capacity centrifuge is designed to handle significant volumes of samples, making it ideal for high-throughput laboratories. Etallwit's Floortype Large Capacity Centrifuge can hold up to 4x750mL, allowing for efficient processing of large sample quantities in clinical, research, and industrial labs.
2. Which centrifuge has the largest capacity?
Etallwit offers several high-capacity models, with the Floortype Large Capacity Centrifuge being one of the top options. It supports a maximum capacity of 4x750mL, providing an excellent balance between speed, capacity, and versatility. For even larger volumes, explore our high-capacity centrifuge models by contacting us.
3. How do you calculate centrifuge capacity?
Centrifuge capacity is typically calculated by the volume of samples the rotor can hold. For example, our centrifuge supports a 6x100mL angle rotor or a 4x750mL swing rotor, meaning it can process up to 750mL per tube, depending on the rotor type and configuration. To calculate capacity for your specific needs, simply multiply the volume of the tubes by the number of positions in the rotor.
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