Thermo Kendro Cryo 6 Plus w/Monitor, 240V

The Thermo Kendro Cryo 6 Plus w/Monitor, 240V is a high-performance cryogenic storage system engineered for precision and reliability. Designed for safe and efficient storage of temperature-sensitive samples, it features an integrated monitoring system to ensure optimal conditions at all times. This system is perfect for laboratories requiring secure and consistent low-temperature storage solutions.

Key Features:

• Brand: Thermo Kendro
• Voltage: 240V
• Monitoring: Integrated monitoring for enhanced safety and reliability
• Application: Ideal for cryogenic storage of sensitive laboratory samples
• Construction: Durable build for long-term use in research and clinical environments

This unit is an essential choice for laboratories demanding precise temperature control and secure cryogenic sample storage.

Frequently Asked Questions

1. What is the Thermo Kendro Cryo 6 Plus w/Monitor, 240V used for?

It is a high-performance cryogenic storage system engineered for precision and reliability. Designed for safe and efficient storage of temperature-sensitive samples, it features an integrated monitoring system to ensure optimal conditions at all times. This system is perfect for laboratories requiring secure and consistent low-temperature storage solutions.

2. Is this product suitable for cryogenic storage of sensitive laboratory samples?

Yes. It is designed for cryogenic storage of sensitive laboratory samples, and offers a voltage of 240V to support this kind of work.

3. What voltage does this product have?

It has a voltage of 240V.

4. What monitoring and construction does this product offer?

It offers integrated monitoring for enhanced safety and reliability, durable build for long-term use in research and clinical environments, outstanding temperature uniformity: samples are stored below -180 °C, even when less than 5cm of liquid nitrogen remains in the vessel and optional Ultrasonic Level Monitor safeguards irreplaceable samples with minimal liquid nitrogen evaporation and conduction.