High Speed Refrigerated Benchtop Centrifuge NovaFuge B118-16R(LED)

NovaFuge B118-16R is a microprocessor-controlled centrifuge designed for diverse auxiliary laboratory applications across multiple sectors. It serves industries, colleges, research institutions, biotechnology labs, medical and hospital laboratories, pharmaceutical facilities, and agricultural soil testing—specifically for determining soil moisture equivalent. Additionally, it is suitable for analyzing the settlement characteristics of paints, pastes, cosmetics, and food products.

• Features a sturdy powder-coated housing and a containment chamber made of stainless steel with a guarding ring.

• Its core relies on a dependable, maintenance-free drive system utilizing a variable frequency motor.

• The lid is secured by an electronic lock that actively prevents access while the rotor is spinning.

• For added safety, a manual open function is available independent of the main power system.

• Pneumatic springs safely manage the lid's movement to prevent sudden drops or slamming.

• Optional refrigerated versions use a CFC-free cooling system capable of pre-chilling at standstill.

• Enhance workflow efficiency with one-touch setting recall and the flexibility to modify runs in progress.

• All operational functions are managed by a microprocessor, offering control over RCF, ramping rates, and temperature, with error alerts.

• Built-in diagnostics continuously monitor for imbalance, excessive temperature/speed, and electrical issues.

• Rotor handling is simplified with an ergonomic, user-friendly connector for fast changes.

• Optional:

  *Automatic lid opening at the end of run.

  *Short spin.

  *Rotor identification.

A vital preparative tool, the centrifuge accelerates the natural process of sedimentation. By rotating sample containers at precisely controlled high speeds, it imposes a centrifugal field many times stronger than gravity. This forces heavier constituents to migrate rapidly to the outer regions of the container. Instrument choice is primarily dictated by workload: benchtop centrifuges handle everyday, low-to-medium throughput, while floor-standing systems are built for continuous, high-volume processing. The rotor type (fixed-angle or swing-bucket) further refines application suitability. Choosing the correct model requires a clear analysis of protocol demands for speed, capacity, thermal regulation, and operational hazard mitigation.