The Multi-Purpose Low Speed Centrifuge (DM0636) is a high-capacity benchtop centrifuge designed for large-volume clinical diagnostic sample processing, blood component separation, urinalysis, molecular biology applications, and industrial laboratory use . Operating at speeds from 300 to 6,000 rpm (up to 4,100 × g) with a maintenance-free brushless DC motor, this centrifuge provides the throughput and versatility needed for high-volume clinical laboratories while maintaining low-speed operation optimal for serum and plasma preparation .
The centrifuge accommodates a wide range of rotors, including swing-out rotors for 4 × 100 mL tubes, fixed-angle rotors for 6 × 50 mL or 30–60 × 2.0 mL tubes, and specialized rotors for microplates and PCR strips . The LCD display allows precise monitoring and adjustment of speed (300-6,000 rpm, increment: 10 rpm) and run time (30 seconds to 99 minutes), with speed/RCF switchover for user convenience . The Pulse key enables instantaneous centrifugation for quick spin-down needs .
For the medical technologist and clinical laboratory scientist, the DM0636 facilitates serum and plasma separation for blood chemistry testing (liver function tests, renal function tests, electrolytes, glucose, lipid profiles), coagulation studies, and routine hematology workflows. It supports urinalysis sediment preparation for microscopic examination, cerebrospinal fluid cell concentration for neurological diagnostic testing, blood bank compatibility testing for transfusion medicine, nucleic acid extraction for molecular diagnostics, and microplate processing for high-throughput screening.
The centrifuge features comprehensive safety protections including door interlock, imbalance protection alarm, over-speed detection, over-temperature detection, and automatic internal diagnosis system . With 9 programmable acceleration and 10 deceleration levels, 9 program memory storage, dynamic balancing for stable operation, and compliance with IEC/EN61010 safety standards, the DM0636 provides reliable, high-throughput performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring .