Infrared heating stage for high-temperature research

Linkam Scientific Instruments, a market leader in temperature- and environment-controlled microscopy, has partnered with the University of Huddersfield to develop the IHS1700, a groundbreaking new infrared heating stage. The IHS1700 reflects a major advancement in thermomicroscopy, combining state-of-the-art infrared technology with precise temperature control for rapid heating.

The IHS1700 offers a temperature range from room temperature up to 1700°C and has an impressive maximum heating rate of 2000°C/min. This advanced heating stage has been rigorously tested by researchers at the University of Huddersfield in their work on metallurgy, mineralogy, and energetic materials analysis, with the results set to be highlighted during the TAC 2025 presentation.

Designed specifically for the study of inorganic materials, the IHS1700 is ideal for high-temperature research, providing excellent atmosphere control in a compact volume.

Dr Gage Ashton, Lecturer in Forensic and Analytical Science at the Thermal Methods Research Unit (TMRU), University of Huddersfield, remarked: “Thermomicroscopy is crucial for revealing complex thermal profiles, often complementing techniques like thermogravimetry and differential scanning calorimetry. While much of the existing literature focuses on organic systems, the ability to rapidly heat to high temperatures in controlled conditions opens up new possibilities for studying alloys, ceramics, and minerals.”

Clara Ko, Sales and Marketing Director at Linkam Scientific Instruments, said: “At Linkam, we’re committed to providing high-performance solutions for both academia and industry. The IHS1700 is an excellent example of how we work closely with our partners to develop systems that meet evolving research demands. We’re excited to add this new technology to our growing product portfolio.”

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