Introducing the Next Generation FTIR Microscope: IRT-5X
- Marine Le Bouar
- Nov 14, 2025
- 1 min read
JASCO Corporation Introduces the Advanced IRT-5X Infrared Microscope
Tokyo, Japan – JASCO Corporation is proud to announce the launch of its latest innovation in analytical instrumentation: the IRT-5X Infrared (IR) Microscope. Designed to deliver exceptional optical and spatial resolution, the IRT-5X is a powerful tool for materials identification, microanalysis, and imaging of complex samples.
The IRT-5X combines versatility, performance, and accessibility in a compact and fully integrated system. It supports a wide range of microscopic functions, enabling users to perform high-precision measurements with enhanced speed and accuracy. Building on the proven strengths of our earlier models, this fully integrated system introduces advanced new features that bring cutting-edge technology and intuitive control to your laboratory.
Key features include:
5MP camera
Optional duo Mid- and Narrow-Band MCT detectors
High-quality observation image by improved optical system and electrical iris mechanism
Reflection measurement for samples up to 40mm thick
4 detector capability
Condensor objective slide-in mechanism
Redesigned measurement software
Whether for research, quality control, or forensic analysis, the IRT-5X offers a next-generation solution for infrared microscopy, combining a seamlessly intuitive interface with cutting-edge performance.
![Single crystals of potassium europium nitrate, K₃[Eu₂(NO₃)₉], grown from water by slow evaporation (a). Single-crystal X-ray diffraction reveals left- and right-handed chiral crystal structures (c, d). Under ultraviolet light, the crystals emit bright red circularly polarized luminescence (b), demonstrating that a purely inorganic bulk crystal can exhibit chirality-induced optical activity. This study opens new possibilities for the design of robust optical materials.](https://static.wixstatic.com/media/1f0a1d_75625fbf5ee0438d82a4fb0fbfed2869~mv2.jpg/v1/fill/w_700,h_397,fp_0.50_0.50,q_30,blur_30,enc_avif,quality_auto/1f0a1d_75625fbf5ee0438d82a4fb0fbfed2869~mv2.jpg)
![Single crystals of potassium europium nitrate, K₃[Eu₂(NO₃)₉], grown from water by slow evaporation (a). Single-crystal X-ray diffraction reveals left- and right-handed chiral crystal structures (c, d). Under ultraviolet light, the crystals emit bright red circularly polarized luminescence (b), demonstrating that a purely inorganic bulk crystal can exhibit chirality-induced optical activity. This study opens new possibilities for the design of robust optical materials.](https://static.wixstatic.com/media/1f0a1d_75625fbf5ee0438d82a4fb0fbfed2869~mv2.jpg/v1/fill/w_388,h_220,fp_0.50_0.50,q_90,enc_avif,quality_auto/1f0a1d_75625fbf5ee0438d82a4fb0fbfed2869~mv2.jpg)
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