LAUDA U 830 E UNIVERSA Laboratory Cryostat with Modular Thermal Control (-30°C to +100°C)

The LAUDA U 830 E UNIVERSA is a high-performance laboratory cryostat engineered for precise temperature regulation between -30°C and +100°C, ideal for biotechnological, chemical, pharmaceutical, and industrial research applications requiring reliable cooling and heating. Featuring a modular design with interchangeable control heads and cooling bases, this thermal circulator adapts flexibly to evolving laboratory protocols in molecular diagnostics, bioprocessing, and synthetic biology workflows.

Key features include:

• Temperature Stability: Maintains temperatures with an accuracy of ±0.05 K, ensuring reproducible results in viscosity testing, rheological studies, and instrument calibration.
• Cooling Capacity: Efficient heat transfer using ethanol as a heat transfer fluid, delivering up to 0.3 kW cooling capacity at 20°C for stable low-temperature operation.
• Connectivity: Integrated Wi-Fi, Ethernet, and USB interfaces enable secure remote monitoring and control via the LAUDA Command app and web browser. Remote data logging and cloud-based analysis maintained through LAUDAplatform.LIVE support real-time supervision critical for biomanufacturing and molecular cloning applications.
• User Interface: Illuminated two-line LC VA display with intuitive three-button operation facilitates straightforward temperature adjustments and monitoring during long-term experiments.
• Safety and Reliability: Built-in overheat protection, low-level fluid alarms, and certified safety features prevent operational failures, minimizing downtime in sensitive biotechnology environments.
• Pump and Circulation: Variable speed inverter compressor coupled with a speed-controlled fan reduces noise and energy consumption while the integrated circulation pump ensures consistent flow and pressure regulation through connected external circuits.

Additional Specifications:

• Stainless steel tank dimensions with a 150x150 mm opening and volume ranging from 6.4 to 8.5 liters enable accommodating various sample sizes and vessels.
• Environmental compliance through use of natural refrigerants with minimal charge (<100 g) supports sustainable laboratory practices.
• Modular components allow seamless upgrades to baths, refrigeration units, and controllers without full system replacement, extending service life and adaptability to advanced biotechnological protocols.

This cryostat system is essential in biomedical engineering, molecular biology research, and synthetic biology, widely used for precise temperature control in live-cell imaging, fluorescence analysis, and biopharmaceutical production pipelines. Its robust connectivity and automation support make it ideal for integration into modern laboratory automation and Industry 4.0 environments.