SCILOGEX SCI-4ST Digital Magnetic Stirrer with Ceramic-Glass Plate and Timer

The SCILOGEX SCI-4ST is a precision digital magnetic stirrer engineered for reliable agitation in laboratory biotechnology and chemical research applications. Featuring a 4 x 4 inch (100x100mm) glass ceramic plate, it offers excellent corrosion resistance to acids, alkalis, and high temperatures, facilitating easy cleaning essential for bioprocessing workflows and molecular biology protocols.

Key technical specifications include:

• Brushless DC motor delivering 10W output power ensures maintenance-free, quiet operation, suitable for long-duration stirring needed in synthetic biology and molecular diagnostics.
• Stirring speed adjustable from 50 to 1500 rpm in 1 rpm increments, with real-time speed displayed on an LCD screen for precise control during critical cell imaging or fluorescence analysis experiments.
• Supports a maximum stirring volume of up to 10 liters of aqueous solution, accommodating a range of sample sizes common in biomanufacturing processes.
• Integrated timer function (1 min to 99h 59min) with an audible alarm facilitates timed protocols, reducing manual monitoring in gene editing workflows.
• The unit’s all-metal corrosion-resistant housing with waterproof edge design prevents liquid ingress, improving durability in demanding lab environments.
• Equipped with RS232 connectivity for remote PC control and data transmission using free software, enabling integration into automated bioprocess systems and clinical diagnostics setups.
• Safety features include a magnetic safety lock to avoid unintended parameter changes, essential for maintaining consistent conditions during prolonged live-cell imaging or synthetic biology reactions.
• Compact design (270x175x108mm) and lightweight (1.8kg) ensure bench space efficiency in busy research labs.

The SCI-4ST magnetic stirrer is widely adopted in biotechnology laboratories for cell culture mixing, reagent preparation, and biopharmaceutical production pipelines, and is critical in molecular cloning workflows requiring precise, contamination-resistant stirring capabilities. Its combination of robust corrosion resistance, programmable timing, and remote control integration makes it an indispensable tool for advanced laboratory and clinical research environments.