Digital Refrigerated Centrifuge

Description

Refrigerated centrifuge is a type of centrifuge equipped with a cooling system that maintains low temperatures during centrifugation. This feature is essential for processing temperature-sensitive samples, such as proteins, enzymes, live cells, or blood components, which could degrade or be altered by heat generated from the high-speed spinning. Refrigerated centrifuges are commonly used in molecular biology, biochemistry, and clinical laboratories..

Features

• The outer shell is made of cold-rolled steel plate, with a surface electrostatically sprayed and 304 stainless steel inner liner; clean and durable.
• Equipped with functions such as timing, speed control, and shutdown alarm; 10 gear up and down speed
• Reasonable air duct design to minimize temperature uniformity changes in the studio
• Microcomputer control, touch panel, large screen LCD display
• Variable frequency motor, maintenance free, pollution-free; The motor adopts imported bearings to reduce noise and extend the service life of the instrument
• Unique three-point flexible double-layer three-level support for shock absorption, reducing vibration and noise;
• Adopting high-quality rubber door seals with good sealing performance
• It has parameter memory protection and call recovery function due to data loss caused by power outages and crashes.
• Equipped with dual protection of electronic door locks and mechanical door locks, it can open the door freely even if there is a power outage
• Protection functions such as imbalance, overspeed, overtemperature, etc
• Automatic shutdown when opening the door, ensuring safe and reliable operation
• The rotor is made of high-quality aluminum material and can undergo repeated high-pressure sterilization
• High-performance compressor units, environmentally friendly refrigerant
• Multiple protection functions for overspeed and overtemperature

Applications

• Medical & clinical labs: Separating blood components (plasma, red/white blood cells, platelets), urine analysis, and detecting diseases.
• Biotechnology & research: Isolating DNA, RNA, proteins, and cell organelles.
• Pharmaceutical industry: Purifying drugs and separating active ingredients.
• Chemical industry: Separating chemicals, emulsions, and suspensions.
• Food & beverage industry: Clarifying juices, separating cream from milk, and refining oils.
• Environmental science: Water and wastewater treatment to remove impurities.
• Petroleum & fuel industry: Separating oil from water, sludge removal, and fuel purification.
• Aerospace & engineering: Simulating high G-forces for astronaut and pilot training.
• Industrial & manufacturing: Metal refining, recycling, and material purification.