LabFlow SPH Floor Standing Shaker - Reliable Lab Solutions

Precise Results for Research & Industrial Applications

The LabFlow SPH Floor Standing Series Shaker by In Vitro Technologies is a high-performance laboratory incubator shaker designed to deliver reliable and precise results for research and industrial applications. Featuring a robust single eccentric drive system, it supports rotary and reciprocating shaking modes, ensuring optimal cell growth conditions for microorganisms, cel cultures and tissue samples. With advanced features such as LCD multi-parameter monitoring, durable tempered glass and energy efficient operation, this floor standing shaker is trusted across biotechnology, medicine, agriculture and environmental science laboratories. 

• Perfect Appearance with streamlined aesthetic design and mold manufacturing.
  
  
• LCD display, multi-parameter display and monitoring, easy human-machine interactive operation.
  
  
• Double-layer tempered glass, good heat-insulating performance, clear observation of internal sample.
  
  
• Single eccentric drive system has following advantages, including less mechanical friction loss, low noise, low energy consumption, high stability and long-life span
  
  
• Reliable core components, such as imported compressors, imported double-row bearing and mold-formed ductile iron.
  
  
• Three-dimensional air circulation system, temperature uniformity ≤±1°C.
  
  
• Options: illumination control (touchscreen version), 3Q qualification.

Providing multiple protection functions for the user

• The personnel protection function adopts leakage and overcurrent detection technology. If any abnormal conditions are detected, the system will automatically cut off the power immediately, which ensures that operators are protected from any potential safety risks.

• The sample protection function is equipped with a highly sensitive speed monitoring system. If it detects that the speed is out of control, the system will issue an alert and automatically stop operation to prevent sample damage.