Cole-Parmer Microplate Shaking Incubator, 4-Plate, 230 VAC

The Cole-Parmer Microplate Shaking Incubator is designed for precise incubation and mixing of up to four microplates simultaneously. Operating at 230 VAC, this incubator delivers uniform temperature control and consistent orbital shaking, making it ideal for ELISA assays, enzyme reactions, and other sensitive biological applications. Its compact footprint and digital controls ensure ease of use and reliability in demanding laboratory environments.

Key Features:

• Brand: Cole-Parmer
• Capacity: Holds up to 4 microplates
• Function: Incubation with orbital shaking for uniform sample mixing
• Power Supply: 230 VAC for compatibility with standard lab power systems
• Application: Ideal for ELISA, cell cultures, and molecular biology workflows

Engineered for performance and efficiency, the Cole-Parmer Microplate Shaking Incubator is an essential tool for laboratories requiring reliable sample incubation and mixing.

Frequently Asked Questions

1. What is the Cole-Parmer Microplate Shaking Incubator, 4-Plate, 230 VAC used for?

It is designed for precise incubation and mixing of up to four microplates simultaneously. Operating at 230 VAC, this incubator delivers uniform temperature control and consistent orbital shaking, making it ideal for ELISA assays, enzyme reactions, and other sensitive biological applications. Its compact footprint and digital controls ensure ease of use and reliability in demanding laboratory environments.

2. Is this product suitable for ELISA, cell cultures, and molecular biology workflows?

Yes. It is designed for ELISA, cell cultures, and molecular biology workflows, and offers a power supply of 230 VAC for compatibility with standard lab power systems to support this kind of work.

3. What power supply does this product have?

It has a power supply of 230 VAC for compatibility with standard lab power systems.

4. What capacity and function does this product offer?

It offers the following key features: holds up to 4 microplates and incubation with orbital shaking for uniform sample mixing.