Microprocessor-based brushless centrifuge is a high-tech laboratory device designed for efficient and precise sample separation. Unlike traditional centrifuges, this advanced model features a brushless motor and a microprocessor-controlled system, ensuring accurate speed control, reduced maintenance, and enhanced durability. It is widely used in medical diagnostics, research laboratories, biotechnology, and industrial applications.
Key Features
- Brushless DC Motor (BLDC) – Provides smooth, quiet, and maintenance-free operation with minimal heat generation.
- Microprocessor Control System – Ensures precise speed, time, and temperature regulation for accurate separation.
- Digital Display Panel – Features an LCD or LED screen for easy monitoring of operational parameters.
- Multiple Speed & Timer Settings – Allows customization for various sample types and laboratory requirements.
- Safety Mechanisms – Includes auto-balancing, lid lock system, and overheat protection for enhanced user safety.
- Energy Efficient & Durable – Designed for long-term use with reduced power consumption.
Technical Specifications
Heavy Duty C.R.C Construction Finished with powder Coating
RPM : 6000
Fitted with Brushless Motor
Rotor Head as per requirement
Power : 220 V , 50 Hz
ISO and CE Certified
Applications of Microprocessor-Based Brushless Centrifuges
- Medical & Clinical Laboratories – Used for blood separation, plasma extraction, and diagnostic tests.
- Biotechnology & Pharmaceutical Industry – Essential for DNA/RNA extraction, drug formulation, and microbiological studies.
- Food & Beverage Industry – Helps in quality control and component separation processes.
- Chemical & Environmental Research – Used for sample purification, sedimentation studies, and liquid-liquid separation.
Microprocessor based Brushless Centrifuge or Carbon models both are available depends upon customer budget. It is used to describe a method of separating mixtures using spinning and centrifugal force. Several characteristics can separate particles during centrifugation, including size, shape, density, and viscosity.