SENOVA BIOTECH (SHANGHAI) CO., LTD.
SENOVA BIOTECH (SHANGHAI) CO., LTD.
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Company Insights About Specialized Motion: The Role of the Rotary Shaker

Specialized Motion: The Role of the Rotary Shaker

2026-04-13
Specialized Motion: The Role of the Rotary Shaker
Rotary Shaker

The rotary shaker is a specialized device used for applications that require a gentle yet thorough mixing action. A rotary shaker is often used in hematology and clinical chemistry for mixing blood samples. Our rotary shaker is designed with a adjustable tilt angle to provide different levels of agitation. The compact size of the rotary shaker makes it easy to move between different workstations in the lab. Senova Biotech takes pride in manufacturing a rotary shaker that combines simple operation with high-quality components for long-term use.

Reciprocal Shaker

In contrast to circular motion, the reciprocal shaker provides a powerful horizontal motion. The reciprocal shaker is frequently employed in extraction procedures where vigorous mixing is required. Our reciprocal shaker features a sturdy metal housing that minimizes noise and vibration. Using a reciprocal shaker allows for the uniform mixing of reagents in large carboys or specialized containers. The digital timer on the reciprocal shaker ensures that every batch is processed for the exact same duration. Many industrial labs choose our reciprocal shaker for its proven reliability in harsh conditions.

CO2 Incubator Shaker

When CO2 control and orbital motion are both required, the CO2 incubator shaker provides the perfect hybrid. The CO2 incubator shaker is the standard for antibody production and vaccine research. Our CO2 incubator shaker features a humidity water reservoir to prevent sample desiccation. The sophisticated control system of the CO2 incubator shaker allows for remote monitoring via a PC connection. Choosing a CO2 incubator shaker from Senova Biotech ensures that your most sensitive cell cultures are housed in a world-class environment designed for maximum viability and growth.