Cole-Parmer Microfuge 24PL Microtube 220V centrifuge delivers high-speed separation and unmatched safety for microcentrifuge applications. Ideal for labs requiring precision, versatility, and user protection, it features automatic rotor sensing and a maintenance-free motor to ensure reliable and quiet operation at speeds up to 13,000 rpm.
Product Features
- Superb safety features protect you and your samples
- Automatic rotor recognition for speed restriction
- Off-balance rotor detection shuts unit off to protect samples
- Safety lock remains engaged until rotor speed reaches zero
- High-speed separation with advanced safety systems
- Maintenance-free, brushless motor provides quiet operation up to 13,000 rpm
- Variable speed control allows real-time adjustments during operation
- Automatic rotor sensing prevents operation beyond max allowable speed
- Off-balance detection minimizes sample loss and equipment wear
- Large digital display simultaneously shows speed, time, and g-force
- Timer adjustable from 0 to 99 minutes
- Three rotor options:
- 6-position rotor for up to 12 mL tubes, max speed 6000 rpm
- 24-position microcentrifuge tube rotor with cover, max speed 13,000 rpm
- Microtube rotor for 24 capillary tubes with built-in tube reader, max speed 13,000 rpm
Benefits
- Enhanced safety minimizes lab hazards and ensures sample integrity
- Multiple rotor options increase flexibility for various sample types
- Real-time display supports efficient workflow and monitoring
- Quiet, low-maintenance operation reduces lab noise and service costs
- Prevents user error by auto-restricting unsafe speed settings
Why Choose MICROFUGE 24PL MICROTUBE 220V
Choose the MICROFUGE 24PL MICROTUBE 220V for its superior safety mechanisms, precision speed control, and adaptability across a wide range of microcentrifuge needs. Whether you're spinning standard microtubes or capillary samples, its advanced detection systems, digital interface, and rotor flexibility provide unmatched reliability and ease of use in any laboratory setting.
