The Sigma 6-16KS refrigerated laboratory benchtop centrifuge combines powerful performance, versatile rotor compatibility, and precise temperature control—making it a strong contender to stand-alone centrifuges. Designed for efficient and reliable operation, it supports a wide range of swing-out and fixed-angle rotors, accommodating sample volumes from 4 x 800 ml up to microtubes using the included adapters. Featuring patented one-button Spincontrol S operation and a motorized lid lock, it delivers user-friendly control and enhanced safety. The temperature range from -20 to +40°C ensures optimal sample preservation, making it ideal for demanding cell culture and laboratory applications.
Product Features
- Maximum speed: 15,000 rpm
- Maximum relative centrifugal force (RCF): 25,419 x g
- Maximum capacity: 4 x 1000 ml
- Temperature setting range: -20 to +40 °C
- Number of programs: 60
- Acceleration curves: 10 linear, 10 quadratic, 10 user definable
- Deceleration curves: 10 linear, 10 quadratic, 10 user definable
- Cycle counting: Yes
- Voltage: 200 V, 50/60 Hz
- Compatible with a variety of swing-out and fixed-angle rotors for versatile sample handling
- Includes rotor no. 11650, 4 buckets no. 13650, and adapters no. 17660 and 17679 for broad sample compatibility
- Patented one-button Spincontrol S for easy, intuitive operation
- Motorized lid lock enhances safety during operation
- Extensive programmable options with 60 programs and customizable acceleration/deceleration curves
Benefits
- Ensures precise temperature control for optimal sample integrity
- Wide rotor and adapter compatibility allows handling of diverse sample types and volumes
- User-friendly interface reduces operator training time and errors
- Robust construction supports heavy-duty laboratory workflows
- Advanced programming enables tailored centrifugation protocols
Why Choose the Sigma 6-16KS?
The Sigma 6-16KS refrigerated centrifuge offers laboratory professionals a powerful, flexible, and reliable benchtop solution for demanding cell culture and molecular biology applications. Its combination of high speed, temperature control, and ease of use makes it an indispensable tool for achieving consistent, high-quality results in modern laboratories.
