3‑Liter Stirring Bath

The LCD Digital Heating Magnetic Stirring Bath (MS‑H220‑V3) is a versatile, high‑precision benchtop instrument designed for accurate and safe heating and stirring in clinical diagnostics, pharmaceutical development, and research laboratories. This 3‑liter water/oil bath features a transparent high‑borosilicate glass liner, which enables direct, real‑time observation of reactions, and can provide stable, uniform heat up to 220 °C (±1 °C control accuracy). The maintenance‑free, spark‑free brushless DC motor provides robust stirring over a wide speed range of 100–1500 rpm, and a unique secondary stirring effect ensures that the bath liquid and the flask sample are agitated simultaneously.

The LCD Digital Heating Magnetic Stirring Bath (MS‑H220‑V3) is a highly automated system with a programmable timer (1 min–99 h 59 min) that stops heating at the end of a cycle to protect samples, a PT1000 external temperature sensor port for precise (±0.2 °C) closed‑loop control, and data logging capabilities for GLP compliance. The intuitive LCD touch screen clearly displays all critical parameters, and the audible and visual feedback (plus a safety lock) ensures error‑free operation.

Safety is core to the instrument’s design, incorporating independent over‑temperature protection, a residual “HOT” warning that flashes even after power‑off, dry‑burn protection, and dual independent safety circuits that cut power in case of sensor failure or short circuit. The IP21‑rated housing, high‑temperature outer shell, and non‑reactive borosilicate glass and stainless steel construction provide long‑term durability and accident prevention in busy clinical and industrial environments.

For the clinical laboratory scientist, pharmaceutical technician, and research chemist, the LCD Digital Heating Magnetic Stirring Bath (MS‑H220‑V3) delivers the controllable, uniform, and visible heating and stirring required for applications such as acid digestion for heavy metal testing, oil bath synthesis, enzyme screening, and standard QC procedures. For the patient, the reproducibility and fail‑safe operation of this instrument help ensure accurate diagnostic results and the safe, effective development of life‑saving therapeutics.