Thermo Scientific Cryo Jr Plus, with Monitor, 240V

The Thermo Scientific Cryo Jr Plus with Monitor (240V) is a compact and efficient cryogenic storage solution for laboratory environments. Equipped with a built-in monitor for precise temperature control, this unit ensures the safe storage of samples at ultra-low temperatures. Ideal for laboratories requiring high-performance refrigeration and real-time monitoring of temperature levels.

Key Features:

• Brand: Thermo Scientific
• Voltage: 240V for reliable operation
• Temperature Control: Built-in monitor for real-time temperature tracking
• Capacity: Compact design for small to medium-sized storage needs
• Application: Perfect for cryogenic storage of sensitive laboratory samples

Ensure optimal storage conditions for your samples with the Cryo Jr Plus, designed for precision and reliability.

Frequently Asked Questions

1. What is the Thermo Scientific Cryo Jr Plus, with Monitor, 240V used for?

It is a compact and efficient cryogenic storage solution for laboratory environments. Equipped with a built-in monitor for precise temperature control, this unit ensures the safe storage of samples at ultra-low temperatures. Ideal for laboratories requiring high-performance refrigeration and real-time monitoring of temperature levels.

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

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

3. What voltage does this product have?

It has a voltage of 240V for reliable operation.

4. What temperature control and capacity does this product offer?

It offers built-in monitor for real-time temperature tracking, compact design for small to medium-sized storage needs, 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.