Orbital Shaker ADOS-504

1. What is the speed range of the Orbital Shaker?

The Orbital Shaker offers a variable speed range, typically between 50 to 300 RPM (Revolutions Per Minute). This wide range of speeds allows users to select the most appropriate setting for their specific application. Whether it’s a gentle swirl for sensitive samples or vigorous agitation for thorough mixing, it ensures reliable and uniform sample processing.

2. What is the orbital diameter of the Orbital Shaker?

The Orbital Shaker features a standard orbital diameter of 20mm. This ensures uniform mixing across all containers on the platform. The consistent motion facilitates proper gas exchange in cell culture applications and ensures thorough sample mixing in chemical and biological research.

3. Can the Orbital Shaker be used in temperature-controlled environments?

Yes, the Orbital Shaker is designed to operate effectively in incubators, cold rooms, or other controlled environments. This capability is particularly useful for experiments requiring specific temperature conditions, such as bacterial culture growth, enzyme reactions, and cell-based assays. Its robust construction ensures stable performance even in fluctuating environmental conditions.

4. What is the primary function of the Orbital Shaker?

The Orbital Shaker is primarily used for mixing, agitating, and incubating samples to ensure uniformity across experiments. Its controlled orbital motion is ideal for tasks such as bacterial culture growth, cell culture studies, staining, and hybridization procedures. Researchers rely on the ADOS-504 for its consistent mixing performance, which is essential for achieving accurate and reproducible results.

5. Does the Orbital Shaker have a timer function?

Yes, the Orbital Shaker is equipped with a programmable digital timer that can be set for durations ranging from 1 minute to 99 hours. This feature provides users with precise control over experiment timing, allowing for hands-free operation. Once the set time is completed, the Shaker automatically stops, preventing over-mixing and preserving sample integrity.