LAUDA U 1625 E UNIVERSA Laboratory Cryostat with Modular Thermal Control and Integrated Connectivity

The LAUDA U 1625 E UNIVERSA is a modular laboratory cryostat designed for precise temperature control from -30°C to +100°C with a thermal stability of ±0.05 K, critical for applications in biotechnology, chemical synthesis, and biomedical research.

• Equipped with a stainless steel tank featuring a 200×300 mm opening and a volume range of 12.8 to 17.1 litres, the cryostat supports controlled thermostating with minimal fluid evaporation via its included tank lid.
• The temperature control system incorporates a variable speed inverter compressor and speed-regulated fan for adaptive cooling performance, reducing power consumption and operational noise, ideal for sensitive bioprocessing workflows.
• Integrated Wi-Fi, Ethernet, and USB interfaces facilitate seamless communication, remote control, and data logging, supporting connectivity with PCs, tablets, and smartphones. Remote monitoring is enabled through a secure web server and LAUDA Command app, compatible with the LAUDAplatform LIVE cloud analytics for continuous process supervision.
• The user interface includes an illuminated two-line VA LC display with intuitive 3-button operation, countdown timer, data export capability, and essential safety protections like low-level fluid alarms and overheat safeguards to ensure safe operation during molecular diagnostics and synthetic biology experiments.
• The cryostat’s pump provides a constant and adjustable flow rate suitable for integration into external circuits, supporting precise rheological measurements and viscosity testing workflows.
• Use of natural refrigerants with environmental charge limits under 100 g aligns with green lab initiatives in biomanufacturing and pharmaceutical production.
• This unit’s modular design allows easy replacement or upgrade of the control head, bath, and refrigeration unit, future-proofing investments for evolving research protocols in biotechnology and life sciences.

This cryostat is widely used in chemical synthesis, stability testing, instrument calibration, and biological thermal control applications, making it an essential instrument for laboratories seeking reliable, precise, and environmentally friendly temperature regulation solutions.