Thermo-Shakers

Advalab Thermo-Shakers combine precise heating, cooling, and adjustable orbital shaking in one compact, versatile platform, ensuring reliable and uniform sample preparation. Compatible with a wide range of interchangeable block modules. Accommodates multiple tube formats and microplates to support diverse laboratory workflows. Built with durable materials and advanced temperature-control technology. Maintains stable conditions for accurate, repeatable results. The intuitive digital control panels offer real-time monitoring and easy parameter adjustments, while the benchtop design optimizes workspace efficiency and simplifies daily operation. Ideal for molecular biology, biochemistry, clinical diagnostics, and pharmaceutical research. Delivers efficient mixing, consistent thermal performance, and enhanced workflow stability, ensuring high-quality outcomes across routine and advanced applications.

Microplate Thermo-Shaker

Thermo-Shaker Incubator

Heating Lid Thermo-Shaker

Frequently Asked Questions of Thermo-Shakers

1. What is a Thermo-Shaker?

A Thermo-Shaker is a laboratory device that combines precise temperature control with orbital shaking for effective sample mixing. It is ideal for applications requiring consistent heating and agitation, such as enzyme reactions and DNA extraction. The device enhances reproducibility and efficiency in a wide range of molecular biology and clinical protocols.

2. What safety features are included in Thermo-Shaker?

Typical safety features include in Thermo-Shaker is over-temperature protection, auto stop on error, and lid sensors. The automatic shutoff after inactivity and alarms for temperature or speed deviations. These features help protect both the user and the samples, ensuring reliable and safe operation.

3. How do I clean and maintain a Thermo-Shaker?

To clean and maintain a Thermo-Shaker use a soft cloth with mild detergent; avoid abrasive cleaners. Ensure the device is unplugged before cleaning and allow it to cool down completely. Periodically check for wear on moving parts and replace components as recommended to ensure optimal performance.