Hot Plate Stirrer INS 550T – High-Capacity Heating and Powerful Laboratory Mixing
The INS 550T Digital Hot Plate Stirrer is a professional-grade laboratory instrument designed for precise heating and efficient magnetic stirring of large-volume samples. Its 190×190 mm ceramic work plate and heavy-duty metal body ensure durability, uniform heating, and long-term reliability, making it ideal for research, industrial, and educational laboratories.
The INS 550T achieves temperatures up to 550°C, providing fast and stable heating for chemical reactions, solution preparation, and sample processing. Its magnetic stirrer operates at 1500 rpm, allowing smooth and consistent mixing for liquids up to 5000 mL, which makes it suitable for high-volume laboratory tasks and demanding experiments.
This model includes a temperature probe for accurate measurement, a support stand for secure probe placement, and a built-in timer to facilitate long-duration experiments without constant monitoring. The ceramic top resists chemical spills, scratches, and corrosion, while the heavy metal body adds durability and stability for daily laboratory use.
Compact yet robust, the INS 550T saves bench space while providing professional-level performance. Its intuitive digital controls allow easy operation for researchers, technicians, and students. Whether used in R&D labs, industrial QC labs, or educational laboratories, the INS 550T ensures reliable, reproducible results with precise heating and efficient stirring.
Key Features
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Model: INS 550T
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Ceramic work plate: 190×190 mm
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Maximum heating temperature: 550°C
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Stirring speed: 1500 rpm
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Stirring capacity: 5000 mL
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Heavy-duty metal body (durable and robust)
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Includes temperature probe and support stand
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Built-in timer for long-duration experiments
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Chemical-resistant ceramic surface
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Easy-to-use digital controls
Applications
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Large-volume chemical solution preparation
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Research and development laboratories
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Industrial and quality control labs
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Educational and teaching laboratories
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Heating, mixing, dissolving, and sample processing
