The molecular structure is analyzed by using visible and ultraviolet scattered light.

This instrument is used for measuring the scattered light obtained from a sample irradiated by laser light in the visible and ultraviolet range.

When the laser light is scattered, a shift of wavelength (Raman shift) occurs. Based on the amount of shift, data on the vibrations and bonding conditions of the molecules constituting the sample can be obtained.

The instrument is used not only for checking the composition and reactivity of our products, but also analyzing foreign matter mixed into the products or our clients’ compounds.

Used for the analysis of the molecular structures of organic compounds and the measurement of molecular movements

This equipment can analyze the molecular structures of organic compounds using NMR, and identify the conditions of molecular movements by following the relaxation time.

By employing a 600MHz superconducting magnet and structural analysis software, the equipment can smoothly analyze complicated molecular structures. Equipped with a solid NMR unit, the equipment can obtain data on the molecular structure of various samples. Further, equipped with the LC-NMR unit, the equipment can implement component separation and structural identification for complex compositions such as adhesives.

Analyzing the molecular structures by absorbing infrared light

This equipment is used for measuring light transmitted or reflected from the sample by irradiating infrared light.

When the light is transmitted through (reflected on) the sample, it is absorbed. Based on the absorption wavelength and strength, data on the functional groups contained in the molecules constituting the sample can be obtained.

The equipment is used not only for checking the composition and reactivity of our products, but also analyzing foreign matter mixed into the products or our clients’ compounds.

Collecting small-scale foreign matter

With watching the microscope images, small-scale samples can be absorbed, raked up and scraped away.

Depending on the type of microtools, 2-10μm-sized samples can be manipulated and collected.

Furthermore, depending on the conditions of collected samples, they can be subjected to a variety of analyses such as Raman spectroscopic analysis.

Identifying certain chemical compounds based on diffraction patterns by irradiating X-rays

The X-Ray Diffractometer enables you to study crystal structures and molecular structures of samples based on the diffraction lines appearing by irradiating X-rays over them.

This device may also be used to analyze crystal structures and molecular structures of synthesized chemical compounds, and to identify the target compounds.