Microplate Shaker ADMS-505

1. What types of microplates can be used with a Microplate Shaker?

This Microplate Shaker is designed to accommodate a variety of plates, including ELISA plates (96-well and 384-well) and cell culture plates (24-well, 48-well, and 96-well). It provides gentle and efficient agitation for accurate mixing. Ideal for applications like assays, PCR, and cell culture.

2. What type of motion this Microplate Shaker carries?

This Microplate Shaker operates with horizontal motion, providing a consistent and even shaking action. The horizontal movement ensures thorough mixing of samples within the wells, making it ideal for applications like ELISA, PCR, and cell culture. This motion helps maintain sample integrity while promoting uniform agitation.

3. Is the Microplate Shaker safe for use in cool rooms and incubators?

This Microplate Shaker is designed to be safe for use in cool rooms and incubators. Its robust frame and components are built to withstand low temperatures and maintain reliable performance in environments with controlled temperature conditions. Whether used in cold storage or during incubation, this shaker ensures optimal mixing without compromising sample integrity.

4. Does this Microplate Shaker comes with LCD display?

Yes, this Microplate Shaker features an LCD display for easy operation and monitoring. The display provides clear visibility of settings such as speed (rpm) and shaking time. With intuitive controls, users can adjust parameters with precision, ensuring consistency in experiments. The LCD display also enhances convenience, allowing real-time monitoring of the shaker’s status in lab settings.

5. What design feature ensures stability during operation of the Microplate Shaker?

This Microplate Shaker features a unique design with four rubber buffers at the corners, providing enhanced stability during shaking. These buffers absorb vibrations and minimize movement, ensuring consistent and reliable performance even at high speeds. This design also helps protect delicate samples by reducing sudden jolts or shifts.