multi-position magnetic hotplate stirrer with ceramic-coated

Multi-Position Magnetic Hotplate Stirrer

Features

1. High Temperature Heating Capability: Heats up to 400°C—ideal for dissolution, reaction heating, and other high-temperature experiments; supports diverse laboratory needs.
2. Strong Magnetic Stirring: Adjustable stirring speed up to 1500rpm; accommodates liquids of varying viscosity. Powerful magnetic field prevents demagnetization and stir bar jumping.
3. Independent Control Unit: Four separate control channels allow individual adjustment of temperature and stirring speed for each sample. Channels operate independently for maximum experimental flexibility.
4. Accurate PID Temperature Control: Advanced PID system for high-precision temperature regulation; stable, responsive heating avoids overheating and fluctuations to ensure reliable results.
5. Corrosion-Resistant Plate: Ceramic-coated aluminum plate resists acids, alkalis, and corrosion; supports heating and stirring of a wide range of chemical reagents.
6. Easy to Clean: Smooth ceramic coating is simple to clean, suitable for high-frequency daily laboratory use.

Working Principle

1. Heating: Internal element converts electricity to heat, raising the ceramic-coated aluminum plate temperature. PID controller continuously monitors and adjusts heating for uniform, accurate temperature transfer to vessel contents.
2. Stirring: Magnetic field rotates stir bar, generating liquid flow for uniform mixing. Each channel’s temperature and speed are independently controlled, enabling simultaneous processing of diverse samples.
3. Independent PID systems ensure precise control per channel, unaffected by other channels.

Application Areas

1. Chemical experiments: Efficient heating and stirring for reactions, dissolution, extraction—handles various solutions and temperature-sensitive processes.
2. Pharmaceutical industry: Reliable heating/stirring for drug formulation, dissolution, emulsification—ensures consistent quality.
3. Food science research: Ingredient dissolving, mixing, and heating in syrup, sauce, dairy production—precise control for uniform, high-quality products.
4. Biomedical research: Stable temperature and mixing for cell culture media/prep, reagent heating—supports repeatable biological experiments.
5. Environmental science: Heating/stirring for water monitoring, sewage/wastewater treatment—improves efficiency and supports environmental technology applications.