Ezilab's Mini Centrifuge EZL-MC113 serves molecular biology laboratories that need a PCR plate rotor rather than the tube-based format used on the high speed mini centrifuge elsewhere in this catalog. With dual-speed operation reaching 6,000rpm and 2,000 RCF, this laboratory centrifuge handles plate-based spin-down steps specifically — brief centrifugation to settle PCR plate contents or remove air bubbles before thermal cycling — rather than the individual tube pelleting the higher-speed mini unit targets. That PCR plate rotor is the defining feature here, since standard mini centrifuges built around individual tube rotors can't accommodate a full plate format at all, making rotor type rather than speed the real deciding factor between this unit and the 16,000rpm tube-based model. Dual-speed operation gives two preset options rather than a continuous range, covering the two most common plate-prep spin requirements — a quick low-speed spin for bubble removal and a firmer high-speed setting for more thorough settling — without needing fine-grained speed adjustment for this specific task. Labs running PCR plate prep as a routine pre-thermal-cycling step get a dedicated instrument matched to plate format rather than adapting a tube-based centrifuge with an incompatible rotor. EziLab's Laboratory Centrifuge and Mini Centrifuge cover PCR plate spin-down needs across USA molecular biology laboratory settings.



Capacity 48 well 50µl PCR plate rotor
4×5 ml tubes
Dual Speed Options 4000 rpm & 6000 rpm
Maximum RCF 1200×g (4000 rpm)
2000×g (6000 rpm)
Timer 20 sec to 99 min
Packing Dimension (W×D×H) 230×180×160 mm
Gross Weight 2 Kg
  • Easy programming to achieve high accuracy of speed control

  • Easy operation and intuitive menu and easy to read display

  • Maintenance free brushless DC motor

  • Click-on design or effortless interchangeable rotor

  • Compact, rugged design

  • Automatic self-diagnosis on startup showing accumulative running time and last running parameters

  • Lid with electric lock and automatic release function saves processing time and prevents sample over heating

  • Small foot print for efficient use of lab space

  • Quick release rotor exchange

  • It is utilized in forensic sciences, soil analysis, and environmental studies, among other things.