The Labtron Circulating Water Bath is a premier benchtop heating and circulating bath, engineered for precise temperature control and reliability in laboratory settings. With a robust 6.7-liter capacity, it offers a versatile temperature range from RT +5 to 100˚C, maintaining an impressive precision of ±0.1˚C. This ensures it meets the rigorous demands of scientific research, quality control, and industrial applications.
Equipped with a state-of-the-art PID microprocessor temperature control system, the Labtron Circulating Water Bath delivers consistent and accurate temperature regulation. Its advanced design includes both audible and visual alarms for over-temperature, low temperature, and short-circuit protection, providing critical safeguards during operation. The liquid level protection function further enhances safety by preventing damage due to low liquid levels.
This water bath is compatible with various liquid media, such as pure water (≤80˚C), mineral oil (>80˚C), and antifreeze (<5˚C), making it highly adaptable for different experimental and industrial needs. The auxiliary heating feature ensures that the set temperature is maintained with high stability, while the tracking alarm system provides real-time alerts for any deviations, ensuring uninterrupted and precise operations.
Designed with user convenience and safety in mind, the Labtron Circulating Water Bath is an indispensable tool for any laboratory environment requiring precise and reliable temperature control. Its combination of advanced technology, safety features, and versatile media compatibility makes it a top choice for professionals seeking optimal performance and accuracy in their temperature-sensitive applications.
Safety and reliability are paramount, with an audible and visual alarm system that alerts users to over-temperature, low temperature, and short-circuit conditions. Additionally, the liquid level protection function safeguards against operational hazards. The unit accommodates various liquid media: pure water (≤80˚C), mineral oil (>80˚C), and antifreeze (<5˚C), making it adaptable to different experimental needs.
