• Designed to meet stringent requirements of research, medical, and industrial temperature control.
• Stainless steel chamber ensures hygiene and withstands frequent sterilization.
• Advanced compressor system includes self-monitoring and protective functions for safe operation.
• Low fluctuation and noise levels thanks to optimized refrigeration design.
• High-speed CPU controller offers precise adjustments and error detection.
• PT100 sensor guarantees high-fidelity temperature monitoring.
• Extended programmable timer (99 hours) supports long-duration experiments.
• Comprehensive alarm system covers sensor failure, high/low temperature, and over-temperature events.
• Integrated internal pump circulates fluid for consistent chamber temperature.
• External circulation function provides 5L/min of temperature-stabilized fluid to external apparatus.

*Note: BWLT6-F has 10-segment temperature control program to realize temperature curve program running.

The efficacy of a laboratory water bath stems from a simple yet effective thermal principle. An integrated electric heater raises the water temperature. Subsequently, heat is dispersed throughout the chamber primarily via convection currents—the natural movement of warmer water rising and cooler water sinking.

In advanced models, a pump forces circulation for exceptional uniformity. Water serves as the ideal heat transfer medium due to its high specific heat capacity and conductivity, ensuring samples are enveloped in a gentle, stable thermal field. This direct, uniform contact is what protects sensitive samples from localized overheating, a risk inherent in dry-block heaters or open flames, thereby safeguarding valuable enzymatic or cellular materials.