Wisd MS-MP8 Multi-Point Magnetic Stirrer with 8 Stirring Positions and 80-1200 RPM Control

The Wisd MS-MP8 Multi-Point Magnetic Stirrer is a precision laboratory instrument designed for simultaneous stirring at up to eight independent points, supporting volumes up to *0.5 liters per position*. Engineered for biochemistry, microbiology, and synthetic biology workflows, it offers critical capabilities essential in molecular diagnostics, gene editing, and bioprocessing research environments.

Key technical features include:

• Speed range: 80 to 1200 revolutions per minute (RPM) enabled by a microprocessor for precise speed modulation critical in cell culture and live-cell imaging preparations.
• Multi-point stirring: Supports synchronous operation across 4 to 8 stirring vessels, enabling parallel sample processing and reproducibility in biomanufacturing and molecular cloning workflows.
• Digital LCD interface: Backlit display coupled with a digital timer programmable up to 99 hours and 59 minutes, facilitating long-duration incubations and fluorescence analysis.
• Robust construction: Powder-coated steel housing with a stainless steel stirring plate ensures durability and resistance to laboratory environmental conditions common in clinical diagnostics and biotechnology labs.
• Patented jog-shuttle control: Allows smooth start-up and seamless speed adjustments, ensuring reproducible agitation in sensitive applications within incubators or climate chambers.
• Safety locking mode: Prevents unintended input changes, securing consistent operation in prolonged experimental protocols.

Operating at 120V/220V with dual frequency (50/60Hz), the MS-MP8 meets CE certification standards, ensuring compliance with safety and quality regulations typical in biomedical engineering and biopharmaceutical production pipelines.

This magnetic stirrer is widely adopted for its versatility and reliability in laboratories focused on synthetic biology, molecular biology, and bioprocessing, making it an essential tool in research involving heat-sensitive reagents and complex sample preparations.