Microplate Centrifuge NMC-102 delivers a maximum speed of 2800 rpm for efficient sample processing. This centrifuge features a maximum rotor radius of 63 mm that supports stable operation. It offers rapid acceleration and braking for a fast and efficient workflow. It includes an adjustable timer, allowing precise control. Our unit operates at noise levels below 55 dB, ensuring a quiet laboratory environment.
FAQ for Microplate Centrifuge NMC-102
1: What are the benefits of its rapid acceleration and deceleration times?
The Microplate Centrifuge NMC-102 accelerates to full speed in ? 15 seconds and decelerates in ? 6 seconds, allowing for quick turnaround between runs. This fast braking system saves time and boosts productivity, especially in time-sensitive workflows.
2: How does the centrifuge ensure minimal noise in the lab?
The Microplate Centrifuge NMC-102 maintains a quiet environment, making it ideal for shared or open-plan laboratories. Its low-vibration motor and enclosed rotor design reduce operational disturbances. This ensures operator comfort, especially during frequent or extended use.
3: How does the dual operating mode improve user experience?
The dual-mode operation allows users to run the centrifuge either by pressing a button or simply closing the lid, offering flexibility based on user preference. This intuitive design streamlines workflow and reduces repetitive actions during busy lab operations.
4: How does the Microplate Centrifuge NMC-102 ensure complete removal of wall droplets?
The combination of a steady 2800 rpm speed and an optimized rotor generates sufficient centrifugal force to efficiently clear droplets and condensation from well walls. This is crucial for accurate volume measurements in molecular assays. It improves data consistency, particularly in sensitive fluorescence-based tests.
5: How can users control centrifugation time accurately?
The adjustable digital timer enables users to precisely set the duration for each spin, ensuring consistent sample processing. This feature helps standardize protocols and maintain reproducibility across multiple runs. It also gives better control for short spin-downs or brief collection of samples.