Refrigerated Centrifuge LRF-A22

Labtron Refrigerated Centrifuge LRF-A22 has a maximum speed of 15,000 rpm and a maximum Relative Centrifugal Force (RCF) of 23,670 × g. These high values allow the centrifuge to separate even the smallest particles efficiently and quickly. High speed and RCF are especially important in applications like cell separation, protein isolation, and nucleic acid purification, where precise and fast sedimentation is required.

Labtron LRF-A22 includes an advanced refrigeration system with a temperature range of -20°C to 40°C and temperature accuracy of ±1°C. This ensures that sensitive biological or chemical samples do not degrade due to heat generated during high-speed spinning. The unit's microcomputer-controlled system ensures consistent temperature regulation, which is essential for experiments that demand thermal stability, like enzyme reactions or blood sample processing.

Labtron’s LRF-A22 is designed to serve both small-scale laboratory needs and large-scale industrial processes. With a maximum volume capacity of 4 × 1000 ml, it can handle high-throughput sample processing. The variety of compatible rotors, speed flexibility, and temperature control make it suitable for applications ranging from routine clinical work to complex molecular biology research. Its robust steel body, compact design, and low noise operation (?60 dB) also make it user-friendly in different work environments.

Labtron LRF-A22 is equipped with multiple features that enhance user experience and safety. The digital display and microcomputer control panel allow for precise operation. An electric lid lock ensures that the lid cannot be opened while the centrifuge is running, preventing accidents. It also offers 10 acceleration and deceleration modes, allowing smooth handling of delicate samples. The brushless motor delivers high torque with low maintenance and eliminates the risk of carbon dust pollution.

Labtron LRF-A22 is commonly used in biotechnology labs, biochemistry labs, pharmaceutical industries, clinical laboratories, and research institutions. It’s ideal for processes such as DNA/RNA extraction, protein analysis, blood component separation, and drug formulation studies. Its wide range of rotor options and reliable performance make it a flexible tool across many scientific and industrial fields.