LAUDA U 15 TE Universa ECO Modular Circulating Thermostatic Bath with 2.2 kW Heating Power

The LAUDA U 15 TE Universa ECO is a modular circulating thermostatic bath engineered for precise temperature control up to 100 °C with a heating capacity of 2.2 kW and exceptional thermal stability of ±0.05 K. Designed to support pharmaceutical, chemical, biological, and industrial research applications, it features a 15 L tank with a 263 x 130 mm opening, enabling easy integration of standard laboratory glassware or experimental setups.

Key technical features include:

• Modular design with interchangeable control head, heating base, and adaptable refrigeration units for flexibility and future-proofing in bioprocessing workflows.
• Dual-interface connectivity via Ethernet and USB, ensuring robust communication with PCs and data acquisition systems suited for molecular diagnostics and synthetic biology environments.
• A 2.9" backlit LCD with intuitive 3-button operation provides straightforward control and monitoring of temperature parameters essential for live-cell imaging and fluorescence analysis workflows.
• Integrated countdown timer, 1-point calibration, data logging with USB export, and precise date/time management enhance experimental reproducibility and compliance tracking.
• The built-in circulation pump guarantees stable and uniform heat distribution of the thermostating fluid, crucial for maintaining constant reaction conditions in gene editing and biomanufacturing processes.
• Safety features include low fluid level detection with audible and visual alarms and an automatic shutdown to prevent equipment damage, supporting laboratory safety standards.
• The device supports remote monitoring via a secure web server and the LAUDA Command app with two-factor authentication and PKI certificates, enabling real-time supervision critical in biotechnology laboratories.

This circulating thermostatic bath is widely adopted in synthetic biology research, biomedical engineering, and molecular biology labs for applications demanding reliable thermal regulation and adaptable control capabilities. Its seamless integration with the LAUDAplatform.LIVE cloud infrastructure provides scalable remote data analysis and operational oversight, making it a robust and sustainable laboratory investment for advancing biotechnological research and industrial production pipelines.