Double-cooling

-Original import compressor plus auto-cascade cooling system with mixed refrigerants provides stable -90°C temperature cycle and improves pull-down by 35%

-Significantly improved bioactivity and safety in case of long-term preservation

VIP plus

-Optimized vacuum insulation material (U-Vacua) plus PU foamed warm-keeping wall provides unprecedented insulation performance, significantly improves warm-keeping performance by 20%. In case of AT 30°C, time for pull-up to 60°C>160min

User-friendly design

-Ergonomic latch plus optional padlock provides more user-friendliness. Standard electronic code lock is applicable for both card-swiping and fingerprint unlock

-Finless condenser frees users from condenser filter cleaning

-Controller with delay start function enables off-peak start for 0~30min, significantly reduces the load on electric circuit from simultaneous start-up

Sample

-Complete function of sample management, real-time communication and data sharing with integratedly managed PC through biological sample management platform (BMP) is available to automatically synchronize the Cloud sample data;

Highly improved storage efficiency by reasonable layout of storage space

-Convenient sample operation: editable sample property, management of sample stock-in/stock-out, sample transfer, sample management, etc.

-Function of intelligent sample statistics, information such as sample stock-in/stock-out，sample qty and type can be summarized and processed

Cloud

-Multi-standard communication ports, sample management information system and temperature/humidity monitoring system

-Available interconnection between personal terminals, realizing remote monitoring of running status

Chest design

-Compared with upright models, chest models’ pull-down performance and temperature uniformity are improved by 26% and 57% respectively. During stock-in/stock-out, middle and lower chamber can remain in the set temperature range and temperature fluctuation only occurs in the upper (time for recovery to -75°C<10min)