LAUDA U 6 TE UNIVERSA Modular Heating Thermostat with Circulating Bath and Ethernet Connectivity

The LAUDA U 6 TE UNIVERSA is a modular heating thermostat designed for precise temperature regulation in laboratory thermostatic baths, supporting applications in pharmaceutical research, chemical processing, biological experiments, and industrial workflows. Engineered to maintain stable temperatures up to 100 °C with a heating capacity of 2.2 kW and thermal stability of ±0.05 K, this equipment is essential for repeatable protocols in molecular diagnostics, bioprocessing, and synthetic biology research.

Key technical features include:

• Modular design with interchangeable control heads and heating bases for seamless upgrades and adaptability to evolving lab protocols.
• A built-in circulation pump ensuring constant fluid flow and uniform temperature distribution across the thermostatic bath volume (5.2 to 8.0 liters) with an opening dimension of 130x270 mm.
• User interface comprising a bright 2.9" LC display with intuitive 3-button operation, facilitating precise temperature setting and monitoring for biotechnology workflows.
• Integrated Ethernet (RJ45) and USB interfaces enable reliable connectivity for data logging, software updates, and integration with laboratory automation and remote monitoring platforms such as LAUDAplatform.LIVE. This feature supports biomanufacturing environments requiring real-time process supervision and secure remote control.
• Safety features include low-level fluid detection with audible/visual alarms and automatic shutdown to prevent operational damage, critical for safeguarding sensitive biological and chemical samples.
• Additional functionalities such as countdown timer, 1-point temperature calibration, and date/time management improve experimental reproducibility and compliance in molecular biology and clinical diagnostics labs.

The U 6 TE UNIVERSA is widely adopted by laboratory professionals engaged in temperature-sensitive applications including cell imaging, live-cell incubation, and fluorescence analysis. Its capability for secure remote management and scalable configuration makes it a smart investment in biotechnological research facilities where reliability and ease of use are paramount.

This heating thermostat’s versatility, safety certifications, and connectivity options ensure efficient thermal regulation essential in bioprocessing, gene editing experiments, and synthetic biology workflows, aligning with modern laboratory demands for accuracy and expansion potential.