FAQ

Q1: Which fields of spectroscopy are your specialty?: A1: We are most proficient in vibrational spectroscopy, including Raman spectroscopy and infrared spectroscopy.
Q2: What can be analyzed with vibrational spectroscopy?: A2: Vibrational spectroscopy is a method for obtaining detailed information about molecules from vibrational spectra, often called the "fingerprint" of molecules. It enables identification, quantification, and orientation analysis of various organic, inorganic, biological, and environmental samples. It also allows for time-resolved and spatial-resolved measurements.
Q3: What are the main differences between Raman and infrared spectroscopy?: A3: Raman spectroscopy can measure samples regardless of their form, but cannot be applied to fluorescent substances. Infrared spectroscopy has restrictions on sample form and requires preprocessing, but can measure any substance. Since Raman and infrared spectra are complementary, more reliable information can be obtained by analyzing both simultaneously.
Q4: What are the most advanced Raman spectroscopy instruments like?: A4: Raman spectroscopy systems consist of a laser light source, spectrometer, detector, and computer. Recently, components have become smaller, and commercially available Raman spectrometers that fit in the palm of your hand are now available. Measurements can be made in laboratories, factories, inspection sites, and field environments.
Q5: Is it possible to request spectroscopic measurements?: A5: We accept measurements related to consulting content at cost, but we do not accept general routine analysis work.
Q6: What is the procedure for requesting spectroscopic analysis or corporate education?: A6: Please start with consulting. After confirming your objectives, we will proceed to the next step.

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FAQ