Product Description
Magnetic Stirrer with Hot Plate
The lab stirrers offered in our organization are out of the finest products in the industry and are exported and supplied to all over the world. Different materials are used to produce this device i.e. ceramic, aluminum and acrylic. Magnetic Stirrers with hot Plate is available with the top designs of different shapes, colors & sizes with the feature of long durability and dependability here. The hotplate is very useful to heat to its maximum temperature i.e. 450C, within 8 minutes. They are designed in a way that the mixing of the viscous liquids is absolutely effective and it results in accurate output.
Benefits of Magnetic Stirrer with hot plate:
- Automatic Temperature Control
- Digital Speed Control
- Programmable
- Long life
- Trustworthy
- Microprocessor Control
- Top Design
- Ptfe-coated stirring bar
Other Details:
Hotplate Magnetic stirrers are taken into use at various fields such as physical and chemical analysis, bio-pharmaceuticals and many other fields. This product consists of glass ceramic plate which is resistant to corrosion and can be cleaned very easily. We feel proud to be the manufacturer of the fines products all around the world.
Robust and Efficient Laboratory MixingEngineered for versatility and durability, the magnetic stirrer with hot plate ensures consistent mixing and heating in laboratory environments. Its advanced DC brushless motor delivers reliable variable speed control for both rapid and gentle mixing, accommodating up to 2 litres of water. The compact design and chemical-resistant ceramic hot plate make it suitable for repetitive lab applications, maintaining performance even in demanding settings.
Precision Heating and SafetyExperience precise temperature control up to 250C, with an accuracy of 2C on the LED digital display. The integrated digital controls and rotary knob allow for easy adjustment of heating and stirring parameters. Safety is enhanced with overload, overheating protections, and a safety thermostat, ensuring secure operation and longevity of the equipment in professional labs.
User-Friendly Operation and BenefitsThis magnetic laboratory equipment operates quietly and efficiently in ambient conditions between 040C, supporting routine mixing and heating tasks. The corrosion-resistant materials and ergonomic, compact rectangular build facilitate easy handling, cleaning, and storage, making it a practical choice for exporters, manufacturers, and suppliers in India.
FAQs of Magnetic Stirrer with Hot Plate:
Q: How do I operate the magnetic stirrer with hot plate for laboratory mixing and heating?
A: Start by placing the PTFE-coated stirring bar into your vessel containing up to 2 litres of liquid. Position the vessel on the 150 x 150 mm ceramic-coated plate, then set your desired speed (1001500 rpm) and temperature (ambient to 250C) using the rotary knob or LED digital display. The motor and heating element activate for automated mixing and heating.
Q: What materials are used in the construction of the hot plate and body?
A: The hot plate is coated with ceramic for robust chemical resistance, while the main body is manufactured from mild steel with a powder-coated finish, ensuring durability and resistance to corrosion during prolonged laboratory use.
Q: When should the devices overload or overheating protection be utilized?
A: Overload and overheating protection features automatically engage when excess load, overheating, or unsafe conditions are detected. This safeguards both the user and equipment. However, regular maintenance and appropriate settings help prevent activation of these safety systems.
Q: Where can this equipment be used and under what environmental conditions?
A: The magnetic stirrer with hot plate is designed for laboratory environments, with ideal ambient conditions of 040C and relative humidity up to 80% (non-condensing). It is suitable for chemical, biological, and research laboratories across India.
Q: What is the process for cleaning and maintaining the hot plate and stirring components?
A: After use, allow the equipment to cool, then clean the ceramic-coated plate and PTFE bar using mild detergents. Avoid abrasive cleaners to preserve surface integrity. Regular inspection and gentle handling improve longevity and maintain mixing accuracy.
Q: How does this equipment benefit laboratory applications?
A: Its compact design, chemical resistance, rapid heating capability, and precise control features support efficient laboratory mixing and heating, reducing manual intervention. Enhanced safety mechanisms and accurate digital controls improve workflow reliability for researchers and lab technicians.