LAB FISH Low Speed Lab Centrifuge Machine, 4000rpm Max, 2146xg, 9 Programs, Timer for 2ml/5ml/10ml/15ml/50ml Tubes - Ideal for PRP, Plasma, PRF Separation

The LAB FISH Low Speed Benchtop Centrifuge is designed for reliable and safe sample separation in clinical, research, and educational labs. It features stable low-speed control (500-4000 rpm), a max RCF of 2146 xg, and stores 9 custom programs for quick startup. With a versatile rotor for 2ml to 50ml tubes and safety features like automatic imbalance power-off and dual locks, it ensures efficient processing for PRP, blood, plasma, and PRF applications. Its compact design makes it a perfect space-saving solution for any lab workstation. • Model Type: Benchtop Low-Speed Centrifuge • Max Speed: 4000 revolutions per minute (rpm) • Max Relative Centrifugal Force (RCF): 2146 xg • Speed Range: 500 - 4000 rpm (electronically adjustable) • Timer Range: 30 seconds - 99 minutes • Program Memory: 9 storable custom programs • Rotor Type: Fixed-angle, built-in • Capacity: 6 x 10ml/15ml/50ml centrifuge tubes OR 6 x 2ml/5ml/10ml vacuum blood collection tubes • Safety Features: Imbalance auto-power-off, dual electronic lid locks, ventilation system • Power: Wide voltage compatibility • Typical Applications: PRP preparation, plasma separation, PRF, general laboratory sample processing

• ‌Stable Low-Speed Control & Versatile Programming: Wide voltage technology ensures consistent speed. Electronic control from 500-4000 rpm. Store and recall 9 custom programs for different protocols (e.g., PRP, PRF).
• High Capacity & Compatibility: Built-in fixed-angle rotor holds 6 tubes of 10ml/15ml/50ml or 6 vacuum tubes of 2ml/5ml/10ml. Handles a wide range of lab tubes.
• Enhanced Safety & Reliability: Auto power-off if excessive vibration is detected. Dual electronic locks secure the lid during operation. Ventilation design reduces internal temperature.
• User-Friendly Operation: Clear LED displays time and speed. Long timer from 30 seconds to 99 minutes. Low-speed brake for gentle, effective separation.