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analysis(si) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
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analysis Product List

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Solid Analysis New Service Launch (GDMS)

Solid Analysis New Service Launch (GDMS)

We respond to your request to measure many elements with high sensitivity! Simultaneous analysis of over 70 elements, from major components to trace elements, is possible.

We have launched a new service using Glow Discharge Mass Spectrometry (GDMS) starting from May 15 (Monday). - Simultaneous analysis of over 70 elements, from major components to trace components at the ppb level, is possible. - Detection of C, N, and O at the ppm level, which was previously difficult. - Depth direction analysis is possible from nm to several tens of µm.

  • Contract measurement

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[Analysis Case] Evaluation of the Distribution of High Fatty Acids in Hair

[Analysis Case] Evaluation of the Distribution of High Fatty Acids in Hair

Visualization of the distribution of high-grade fatty acids.

Using TOF-SIMS for ion imaging analysis of hair (beard) cross-sections, we investigated the distribution of long-chain fatty acids, which are also detected as sebum. As a result, it was found that the distribution varies depending on the type of fatty acid.

  • Contract Analysis

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Introduction to Temperature Modulated DSC Method (Evaluation of Polymer Materials)

Introduction to Temperature Modulated DSC Method (Evaluation of Polymer Materials)

Temperature-modulated DSC allows for specific heat measurements using the IS method, providing a wealth of information in high-temperature regions where specific heat measurements have been considered difficult, which cannot be obtained with conventional DSC.

Temperature-modulated DSC provides a wealth of information that cannot be obtained with conventional DSC, enabling the following: - Distinction of thermal history, etc., through comparison of reversible and irreversible components as mentioned above. - Measurement of specific heat in high-temperature regions above around 1000°C, which is considered difficult with the JIS method. - Measurement of specific heat in low-temperature regions below room temperature. Additionally, it is expected to be useful for analyzing relaxation phenomena. In this case, as an example of that technology, we introduce "a case study evaluating PET." For more details, please refer to the PDF materials. Furthermore, in addition to DSC, our company also specializes in various thermal analyses such as TG-DTA and TMA. ● DSC (Differential Scanning Calorimetry): Can be used for analysis of sample melting, glass transition, thermal history, crystallization, curing, Curie point, etc., and for measuring specific heat. ● TG-DTA (Thermogravimetric and Differential Thermal Analysis): Can be used for analysis of sample moisture content, ash content, decomposition, oxidation, and heat resistance evaluation. ● TMA (Thermomechanical Analysis): Can be used for measuring sample expansion rate, glass transition, softening point, etc. For more information, visit here: https://www.seiko-sfc.co.jp/analysis-service/thermal-analysis.html

  • Other polymer materials
  • Contract Analysis
  • plastic

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[Analysis Case] Evaluation of H Concentration in IGZO Film

[Analysis Case] Evaluation of H Concentration in IGZO Film

It is possible to evaluate the depth distribution of H in the IGZO film with high sensitivity.

IGZO films are materials that are being researched and developed as TFT materials for displays. The carrier concentration changes according to the hydrogen concentration in the IGZO film, leading to variations in electrical characteristics. Therefore, it is necessary to accurately measure the hydrogen concentration in the film for evaluating the device characteristics and reliability of devices using IGZO films. We will introduce a case study that evaluated the hydrogen concentration in IGZO films under different heating conditions using SIMS.

  • Contract Analysis
  • Contract Inspection

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Precautions for Low-Temperature Photoluminescence Measurement

Precautions for Low-Temperature Photoluminescence Measurement

Photoluminescence method

- Photoluminescence measurement (PL measurement) can be conducted not only at room temperature but also by placing the sample in a cryostat for low-temperature measurements. Low-temperature measurements tend to show an increase in peak intensity and a decrease in peak full width at half maximum compared to room temperature measurements, which may provide insights into various energy levels. - Below, we will explain the precautions for low-temperature measurements and the differences in spectral shapes between room temperature and low-temperature measurements.

  • Contract Analysis

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FE-SEM/EDS-Raman analysis

FE-SEM/EDS-Raman analysis

A new proposal that is the first in the industry! A Raman detector has been added to the FE-SEM!

Traditionally, elemental analysis using an EDS detector during FE-SEM observation was common. Our company has transformed the conventional EDS detector into a windowless EDS, allowing for high-sensitivity analysis from Li to U. Additionally, with the inclusion of a Raman detector, it has become possible to obtain information on different compound forms from organic to inorganic.

  • Contract measurement

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[Analysis Case] Evaluation of the Distribution of Drug Components Administered to the Eye

[Analysis Case] Evaluation of the Distribution of Drug Components Administered to the Eye

It is possible to process the eyeball and visualize the drug components (imaging).

Knowing how administered drugs distribute within the body is important information for drug development. In this case, the drug was directly administered into the vitreous body of fish eyes, and the distribution of the drug components was evaluated in cross-sections of the eyeball. As a result, the drug components were strongly detected near the administration site, showing their distribution within the eye. By using a mass microscope called TOF-SIMS, it is possible to apply this to the pharmacokinetics of various biological organs, including the eyeball.

  • Contract Analysis

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Thermomechanical Analysis (TMA) Method - Standard Measurement (Compression, Tension, Penetration)

Thermomechanical Analysis (TMA) Method - Standard Measurement (Compression, Tension, Penetration)

Measurement of glass transition temperature, thermal expansion coefficient, and linear expansion coefficient.

TMA (Thermomechanical Analysis) is a technique that measures the deformation of a material as a function of temperature by applying a non-oscillatory load while changing the temperature according to a controlled program. The following measurements can be performed with TMA: - Measurement of linear expansion coefficient and expansion rate - Measurement of glass transition temperature - Measurement of softening temperature Additionally, probes for tensile mode and penetration are available, allowing for the measurement of samples in film and sheet forms.

  • Contract Analysis

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[Analysis Case] Evaluation of Skin Permeability Using Three-Dimensional Cultured Human Skin

[Analysis Case] Evaluation of Skin Permeability Using Three-Dimensional Cultured Human Skin

It is possible to conduct various evaluations of cultured human skin (morphological observation, distribution assessment of components, quantitative analysis).

■Morphological Observation The morphology of the tissue can be confirmed by staining frozen sections (e.g., HE staining, Nile blue staining). ■Fluorescence Microscopy Observation If the transmitted components have fluorescence, the fluorescent components can also be observed using a fluorescence microscope. ■Mass Microscopy Observation The distribution of components can be evaluated. Temporal changes can also be confirmed with sections taken at different times (TOF-SIMS). ■Quantitative Analysis Temporal changes in the amount of fluorescent components in the skin can also be confirmed (e.g., LC/MS/MS, fluorescence detectors, etc.).

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  • 質量顕微鏡観察.png
  • 定量分析.png
  • Contract Analysis

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[Analysis Case] Evaluation of the Skin Permeability of Melbromin

[Analysis Case] Evaluation of the Skin Permeability of Melbromin

Information about valence bands and intra-gap levels can be obtained by element.

Soft X-ray emission spectroscopy (SXES) using synchrotron radiation is widely used as a method to evaluate the electronic states of materials because it allows for the direct acquisition of the partial density of states (pDOS) near the Fermi level for each element constituting the material. Furthermore, the characteristics of this method include: 1. Information from the bulk can be obtained, 2. It can be evaluated without being affected by charging effects even for insulators, and 3. It has a low detection limit (less than 1 atomic %), making it particularly effective for evaluating materials containing light elements (such as B, C, N, O). In this document, we will introduce the SXES spectrum of a GaN substrate as a measurement example.

  • Contract Analysis

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[Analysis Case] Imaging Analysis of Pesticide Active Ingredients in Formulations

[Analysis Case] Imaging Analysis of Pesticide Active Ingredients in Formulations

You can visualize the distribution of pesticide active ingredients and inorganic components in the formulation.

TOF-SIMS can identify components from the mass of molecular ions, allowing for imaging analysis without the need for labels such as fluorescent substances. Additionally, by measuring not only organic components but also inorganic components, it is possible to image not only the active ingredients of pesticides but also the minerals mixed into the formulations. In this study, we visualized the active ingredients of pesticides and inorganic components in two types of formulations with different mixing ratios. In formulation A (high mixing ratio), the active ingredient was widely distributed throughout the formulation, whereas in formulation B (low mixing ratio), the active ingredient was localized.

  • Contract Analysis
  • Chemicals

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[Analysis Case] Evaluation of Band Structure by X-ray Absorption and Emission Spectroscopy

[Analysis Case] Evaluation of Band Structure by X-ray Absorption and Emission Spectroscopy

Detailed information about the valence band, conduction band, and gap states of the material can be obtained.

Understanding the band structure, including valence bands, conduction bands, and gap states, is an extremely important evaluation criterion for controlling various properties of materials. However, there are limited analytical methods available for direct and detailed assessment of these aspects. Simultaneous measurements of X-ray absorption spectroscopy (XAS) and X-ray emission spectroscopy (XES) using synchrotron radiation allow for a comprehensive understanding of the band structure, as well as detailed information regarding the attribution of the elements and orbitals that compose it. This document presents the XAS and XES spectra of GaN substrates as an example of measurement.

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[Analysis Case] Local Structure Analysis of Aluminum Oxide Thin Films

[Analysis Case] Local Structure Analysis of Aluminum Oxide Thin Films

It is possible to capture changes in the fine structure of the film due to differences in film formation conditions.

Aluminum oxide is used in various industrial machinery and manufacturing equipment parts due to its excellent wear resistance and heat resistance. Additionally, its chemical stability and high insulation properties make its thin films suitable for applications such as catalyst supports and insulating layers in magnetic tunnel junctions. The evaluation of the fine structure of aluminum oxide films, which can take on amorphous structures or various crystalline structures depending on the film formation conditions, is effectively conducted using XAFS. This document presents a case study of the quantitative separation of coordination structures (AlO4, AlO6) in amorphous aluminum oxide thin films.

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