Yamato MFH-800 / MFH-810 Digital LED Hotplate Magnetic Stirrer with 310°C Max Temperature and 50–1600 rpm Speed Range

The Yamato MFH-800 and MFH-810 digital LED hotplate magnetic stirrers provide precise temperature control up to 310°C and adjustable stirring speeds from 50 to 1600 rpm. Featuring a chemical-resistant ceramic coated stirring plate, these stirrers ensure durability and corrosion resistance, suitable for handling a variety of solvents in biotechnology and molecular diagnostics workflows.

Key technical features include:

• Automatic stirrer detachment shutoff that prevents sample contamination and equipment damage by stopping operation upon detecting irregular stirring caused by viscous fluids or weak magnetic fields.
• A strong magnetic field which offers a stirrable range 50% wider than typical models, enabling effective stirring across different container types, including non-flat-bottomed flasks.
• Compatibility with Yamato BOG and BOS Series oil baths and multiple aluminum block systems facilitates oil-less synthesis experiments and bioprocessing applications.
• Compact, space-saving design optimized for laboratory benchtops engaged in biomedical engineering, cell imaging sample preparation, and synthetic biology research.
• Seamless transition capability to an overhead stirrer (sold separately) without disturbing the sample setup, ideal for viscous media commonly encountered in biomanufacturing and molecular cloning workflows.

These stirrers are critical for maintaining temperature uniformity and agitation stability in molecular biology and clinical diagnostics laboratories, supporting precise control necessary for reproducible results in cutting-edge biotechnology research fields. Accompanied by a 1-year warranty and manufactured through environmentally conscious processes, they combine reliability with eco-friendly design.

Widely adopted in biopharmaceutical production pipelines, the Yamato MFH series hotplate magnetic stirrers are essential equipment for researchers demanding high performance in temperature-controlled stirring and robust sample integrity.