SCILOGEX SCI220-H3 Digital Heated Magnetic Stirring Water Bath, 3L Capacity, 20-220°C

The SCILOGEX SCI220-H3 is a digital magnetic stirring heated water bath designed for precise temperature control and uniform mixing in laboratory applications. Featuring a 3-liter high borosilicate glass liner with viewing window, it enables real-time observation of sample reactions, essential for biotechnology workflows such as molecular diagnostics and biochemical assays.

Key technical features include:

• Temperature range: 20 to 220°C, suitable for both water and oil bath media, allowing versatility in biochemical reaction environments.
• Integrated stirring system: Reversible magnetic stirring with a DC brushless motor ensures spark-free, low-noise, and maintenance-free operation, critical for maintaining aseptic conditions in synthetic biology and bioprocessing research.
• Digital LCD interface: Displays speed, temperature, and timer simultaneously with touch-button control and audible prompts, enhancing user precision during extended incubations and biomanufacturing protocols.
• Safety mechanisms: Dry burning, over-current, ground fault, and over-temperature protections ensure safe operation, while a residual heat warning alerts users to hot surfaces post-operation, minimizing risk during molecular cloning and gene editing experiments.
• Timer functionality: Programmable from 1 minute up to 99 hours 59 minutes with continued stirring after heating stops to prevent sample degradation, beneficial during sensitive live-cell imaging sample preparations.

This benchtop heated stirring bath is widely adopted in biotechnology laboratories, pharmaceutical research, and clinical diagnostic settings, being critical for uniform heating and consistent agitation required in bioprocessing, synthetic biology, and molecular biology workflows. Its advanced control features and robust safety design support reproducible experimental conditions, making it a reliable instrument for laboratory scientists and researchers focusing on biomedical engineering and fluorescence analysis.