Zymark 1.6-3.0A Type T 250V RapidPlate Controller 79692/2

Zymark 1.6-3.0A Type T 250V RapidPlate Controller 79692/2

The Zymark 1.6-3.0A Type T 250V RapidPlate Controller 79692/2 is a specialized component designed to manage and control the operations of the Zymark RapidPlate robotic liquid handling system. This controller ensures precise and efficient handling of liquid samples in both 96- and 384-well plate formats, making it an essential tool for high-throughput laboratory applications.

Key Features

• Current Range: 1.6-3.0A, providing flexibility to accommodate various operational requirements.
• Type T Configuration: Ensures compatibility with specific system setups and enhances performance reliability.
• Voltage Rating: 250V, suitable for standard laboratory power supplies.
• Model Number: 79692/2, indicating its specific design and functionality within the RapidPlate system.

Applications

The RapidPlate Controller 79692/2 is integral to the Zymark RapidPlate system, which is utilized for tasks such as reaction setup, sample rearray, and sample dilution. Its precise control capabilities make it ideal for laboratories engaged in genomics, drug discovery, and other fields requiring high-throughput liquid handling.

Compatibility

This controller is designed to seamlessly integrate with the Zymark RapidPlate robotic liquid handler, ensuring synchronized and efficient operation. It is also compatible with BioRobot 3000 extended arm workstations, enhancing the throughput capacity and versatility of laboratory workflows.

Condition and Availability

The Zymark 1.6-3.0A Type T 250V RapidPlate Controller 79692/2 is available in used condition, reflecting prior use while maintaining full operational functionality. This offers laboratories a cost-effective solution without compromising performance.

Conclusion

Incorporating the Zymark 1.6-3.0A Type T 250V RapidPlate Controller 79692/2 into your laboratory setup ensures precise control over high-throughput liquid handling processes. Its robust design and compatibility with existing systems make it a valuable asset for enhancing laboratory efficiency and accuracy.