Centrifuge

Description

Professional Benchtop Laboratory Centrifuge (High-Speed Multi-Rotor System)

The Professional Benchtop Laboratory Centrifuge is a high-performance fluid separation instrument engineered for sample clarification, component isolation, and chemical sedimentation. Essential for clinical diagnostic laboratories, molecular biology setups, blood banks, and biochemical research facilities, this unit delivers exceptionally precise relative centrifugal force (RCF) to quickly separate substances of varying densities within a liquid medium.

Key Features & Benefits

1. High-Efficiency Brushless Frequency Motor

Powered by a premium, maintenance-free brushless DC motor, this centrifuge delivers swift acceleration and smooth deceleration curves. The drive system operates with minimal acoustic noise and zero carbon dust emissions, maintaining a clean environment required for sterile laboratories and cleanrooms.

2. Microprocessor PID Control with Real-Time Conversion

The intuitive digital interface features a bright LED/LCD screen displaying all critical operation parameters. Users can easily program running time, acceleration rates, and target speeds. The system features a real-time conversion calculator, allowing seamless switching between RPM (Revolutions Per Minute) and RCF (Relative Centrifugal Force / xg) at the touch of a button.

3. Open-Layout Rotor Architecture (Without Dividers)

Engineered for operational flexibility, the centrifuge rotor options feature an open, unhindered layout without unnecessary fixed dividers or plastic partitions. Whether utilizing a fixed-angle or swing-out configuration, the un-divided design ensures that standard tube buckets, adapters, or multi-well plates can be swapped or cleaned with maximum speed and ease.

4. Advanced Multi-Layer Safety Protocol

Designed with absolute operator safety in mind, the unit is constructed with a thick steel protective inner armor chassis. It includes a secure electronic safety lid-lock mechanism that prevents the chamber from opening while the rotor is spinning, along with automatic imbalances and over-speed detection systems that immediately halt operation if an uneven load is detected.

Technical Specifications

Ideal Applications

• Clinical & Diagnostic Laboratories: Rapid separation of whole blood samples into plasma, serum, and packed cellular layers for clinical chemistry assays.

• Molecular Biology & Genetics: Pelleting nucleic acids, DNA/RNA extraction protocols, and protein precipitate isolation.

• Biochemistry & Proteomics: Clarifying cell lysates, harvesting subcellular organelles, and clearing macromolecular suspensions.

• Environmental & Food Testing: Separating particulates from wastewater, monitoring sediment volumes, and clarifying food extract samples.