Thermo Scientific Cimarec Biosystem Direct Slow Speed Stirrer

Product Information

Thermo Scientific Cimarec Biosystem Direct Slow Speed Stirrer is designed for demanding cell culture applications, featuring low heat output and gentle stir acceleration/deceleration ideal for thermally sensitive operations. The stirrer ensures reliability, safety, and performance with its built-in controller, heatless operation, and stainless-steel housing. It provides smooth and even stirring as low as 5rpm and can stir up to 5L for single position and 2L per position for four-position stirrers. This equipment is suitable for applications in cell biology, microbiology, and tissue engineering laboratories.

• Built-in controller for precise operation
• Heatless operation to protect heat-sensitive cell culture
• Stainless-steel housing for easy cleaning and resistance to aggressive media
• Smooth and even stirring as low as 5rpm
• Capable of stirring up to 5L for single position and 2L per position for four-position stirrers

• Model: Thermo Scientific Cimarec Biosystem Direct Slow Speed Stirrer
• Condition Class: G (Good) - Unable to test fully, seems to be functioning, powers on, does basic pass of tests. Can’t be tested but no indication that it doesn’t work. Cosmetic damage or wear from use is ok. No known functionality issues.
• Current Condition: Used
• Make: Thermo Scientific
• Country of Origin: China
• Voltage: Not specified
• Serial Number: CN45480
• Dimensions (cm): Length - 9.45, Width - 11.02, Height - 4.72
• Dimensions (in): Length - 3.72, Width - 4.34, Height - 1.86
• Weight: 8.82 kg
• Weight: 19.45 lbs
• Warranty: AS-IS
• Operating Conditions: -10°C to +40°C at 95% RH
• Protection class: IP6
• Optimal Stirring Capacity: Up to 5L for single position, 2L per position for four-position stirrers

Metric: 8.82 kg

Imperial: 19.45 lb

Metric: 9.45 cm x 11.02 cm x 4.72 cm
Imperial: 3.72 in x 4.34 in x 1.86 in

841989

841989 - Machines and mechanical appliances having individual functions, not specified or included elsewhere