Magnetic Stirrer Hot Plate with Thermometer for Lab Use

The Magnetic Stirrer Hot Plate is an essential tool for any laboratory, designed to optimize your mixing and heating processes. With a maximum stirring speed of 2000RPM and powerful heating capabilities reaching up to 520F, this device ensures seamless laboratory operations. The internal high-temp resistant magnet guarantees durability, making it a reliable choice for all your scientific endeavors.

Included with the magnetic stir plate are essential accessories that enhance its functionality. The highly precise electronic thermometer features a minimal error of just 1C and can measure temperatures ranging from -58F to 572F. This thermometer, along with the convenient stir bar retriever, allows for safe removal of stir bars from heated mixtures, providing comprehensive support for your mixing tasks.

Constructed from a die-cast aluminum alloy, the magnetic stirrer hot plate balances a compact design with robust durability. The all-aluminum stretching heating plate ensures quick and uniform heat distribution, which is crucial for maintaining consistent performance during experiments. This construction not only enhances longevity but also makes it suitable for a variety of applications.

This hot plate stirrer is a versatile tool, indispensable in various fields such as industry, agriculture, healthcare, and research labs at academic institutions. Its ability to smoothly conduct stirring and heating of low-viscosity fluids makes it a staple in any professional setting.

The complete set comes ready for immediate use, including everything you need for a professional setup. You will receive one magnetic hotplate stirrer, a stir bar retriever, a digital thermometer, supportive stands, a cross clamp, a spare fuse, a stirring bar, a power cord, and a comprehensive instruction manual. Additionally, lifetime technical assistance is provided to ensure you get the most out of your equipment.

Please note that while the heating knob allows you to adjust the heating power, it does not maintain a constant liquid temperature. This feature is important to consider when conducting experiments that require precise temperature control.