Hot Plate Stirrer INS 20 – High-Performance Heating & Mixing for Laboratories
The INS 20 Digital Hot Plate Stirrer is a powerful and reliable laboratory instrument designed for precise heating and efficient magnetic stirring. Built with a ceramic top and a sturdy body, this model is ideal for academic, research, and industrial laboratories where accuracy and consistency are critical.
The 135×135 mm ceramic work plate ensures uniform heat distribution, reaching temperatures up to 380°C for fast and consistent heating of liquids and solutions. Its magnetic stirrer provides a fixed speed of 1500 rpm, delivering smooth and even mixing for volumes up to 2000 mL. The combination of precise heating and strong stirring makes the INS 20 perfect for chemical reactions, solution preparation, sample processing, and laboratory experiments requiring high accuracy.
Included with the unit are a temperature probe for accurate measurement and a support stand to securely hold the probe during operation. The ceramic top is resistant to scratches, spills, and chemical corrosion, ensuring durability and long-term performance. Despite its robust performance, the INS 20 maintains a compact design that saves valuable bench space.
Whether used for educational purposes, research, or industrial quality control, the INS 20 Hot Plate Stirrer provides reliable and reproducible results. Its user-friendly controls, chemical-resistant ceramic surface, and high-capacity stirring ability make it a versatile and essential tool for any laboratory.
Key Features
-
Model: INS 20
-
Ceramic work plate: 135×135 mm
-
Maximum heating temperature: 380°C
-
Stirring speed: 1500 rpm
-
Stirring capacity: 2000 mL
-
Includes temperature probe and support stand
-
Durable, chemical-resistant ceramic top
-
Compact and space-saving design
-
Reliable and easy-to-use controls
Applications
-
Chemical solution preparation and mixing
-
Research and development laboratories
-
University and educational laboratories
-
Industrial and quality control labs
-
Heating, stirring, dissolving, and sample processing
