CryoPlus™ Sample Storage Systems

Increase valuable laboratory storage space with CryoPlus™ Storage Systems, which store up to 38500 vials (2,0 ml). The ideal combination of liquid nitrogen, storage reliability and microprocessor technology, the CryoPlus series LN₂ storage system provides precise and accurate control over all parameters without complicated programming.

• 16 preset audible and visual alarm combinations provide maximum product protection

• Automatic defogger incorporated into the manual fill index to improve visibility during retrieval
• Liquid level sensor and fill port within vacuum space, for maximum storage and sensor protection
• Front-mounted key lock and rear-mounted recessed power switch; control panel can also be locked
• Temperature sleeve (included) provides colder temperatures and efficient vapour phase operation

The units feature advanced microprocessor control for precise liquid level management, accommodating over 16 parameters, and include an autofill system for seamless operation. The control panel, conveniently mounted on top, offers easy access and touchpad programming. Under the lid, a digital temperature display sensor indicates the highest temperature reading inside the tank. The tank's status is continuously monitored by 24 tricolour LEDs that display the actual liquid nitrogen level and high/low-level setpoints. Alarm contacts are available for remote monitoring of storage tank conditions. Constructed with durability in mind, the low-profile tank boasts a vacuum-insulated, stainless-steel chamber and is on heavy-duty casters for mobility.

The counterbalanced lid, featuring foamed-in-place, high-density polyurethane insulation and a dedicated vent, ensures 100% clearance. Additionally, two independent, flexible lid gaskets minimise moisture migration into the chamber. The system is designed to accommodate 2 ml vials based on a specific rack configuration, ensuring efficient storage and retrieval.

 : CFDA, cULUS

 : Optional racks, canisters, frames and risers allow you to create an organised inventory system that provides optimum storage in liquid or vapour phase.