Microplate Shaker ADMS-503

1. How does Microplate Thermo-Shaker ADMTS-503 ensure equal heating across all wells?

Microplate Thermo-Shaker ADMTS-503 maintains temperature uniformity within ±0.5°C across the entire block. This ensures that all wells receive consistent thermal conditions during incubation. Such control helps improve the reproducibility and accuracy of experimental results.

2. What is the Microplate Shaker ADMS-503 used for?

The Microplate Shaker ADMS-503 is primarily used for mixing and agitating microplates in laboratory settings. It is designed for high-speed shaking of plates, such as 96-well or 384-well plates, and is commonly used in applications like ELISA, cell culture, protein assays, and other biochemical or clinical laboratory experiments that require consistent mixing of samples.

3. What are the speed and shaking capabilities of the Microplate Shaker ADMS-503?

The Microplate Shaker ADMS-503 offers variable shaking speeds, typically ranging from 300 to 1500 rpm, which allows users to adjust the shaking intensity depending on the application. It also has an adjustable time function to control the shaking duration for precise sample processing.

4. What safety features does the Microplate Shaker ADMS-503 include?

The ADMS-503 comes equipped with several safety features, such as overload protection to prevent damage to the shaker or the microplates. It may also include non-slip feet or platforms to ensure stability during operation and reduce the risk of accidents in busy lab environments.

5. What is the maximum load capacity of the Microplate Shaker ADMS-503?

The maximum load capacity of the Microplate Shaker ADMS-503 varies depending on the model and plate size. However, most models can handle up to 3-5 microplates at a time, with the capacity being sufficient for routine laboratory tasks involving typical 96-well plates or smaller.

6. Is the Microplate Shaker ADMS-503 shaker suitable for temperature-sensitive samples?

The Microplate Shaker ADMS-503 is typically not designed to offer temperature control. For temperature-sensitive samples, you would need to check if the model includes additional features such as temperature control, or you may need to pair it with a separate thermal module.