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.