Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
781～810 item / All 1209 items
TG-DTA-MS Thermogravimetric Differential Thermal Mass Spectrometry
EI method: It is capable of detecting both inorganic and organic compounds, making it suitable for initial qualitative analysis. PI method: It allows detection while maintaining the molecular structure through soft ionization.
![[Analysis Case] Evaluation of Component Distribution in Skin Cross-Section](https://image.mono.ipros.com/public/product/image/92f/2001514208/IPROS10653884941991147871.jpg?w=280&h=280)
It is possible to visualize molecular information of organic and inorganic substances.
We created skin tissue samples and evaluated the distribution of biogenic components in freeze-dried samples using TOF-SIMS. Since TOF-SIMS identifies components based on the mass of molecular ions, it does not require labels such as fluorescent substances, allowing for the evaluation of distribution without the influence of labeled materials. The mapping results confirmed that arginine, a natural moisturizing factor (NMF), and cholesterol, which retains moisture as an intercellular lipid, are localized in the stratum corneum. This method is also effective for assessing the permeation state during drug application.
![[Analysis Case] Evaluation of the Component 18-MEA on Hair Surface](https://image.mono.ipros.com/public/product/image/168/2001514209/IPROS8992134111060161962.jpg?w=280&h=280)
It is possible to evaluate 18-MEA, a component of the hair surface, using TOF-SIMS.
The surface of the hair cuticle is covered with a lipid called 18-MEA (18-methyl eicosanoic acid). 18-MEA is said to be the source of hair shine and smoothness, and when it decreases due to UV rays or hair coloring, the cuticle becomes more susceptible to damage. In this case, we will present the results of evaluating the differences in 18-MEA on the surfaces of healthy hair (hair near the root that has not been treated with hair color) and damaged hair (hair that has been treated with hair color) using TOF-SIMS.
![[Analysis Case] Analysis of α-Alumina (α-Al2O3) by TDS](https://image.mono.ipros.com/public/product/image/112/2001514291/IPROS5157883064023306627.jpg?w=280&h=280)
Thermal desorption gas analysis of ceramics
Thermally stable α-alumina is used in a wide range of applications, including heat-resistant materials, semiconductor packages, and components of semiconductor manufacturing equipment. Among these, dense α-alumina is also used as a material for vacuum devices. However, the gases generated when such materials are heated can adversely affect products and equipment, making it important to understand the outgassing from these materials. In this report, we present a case study comparing the outgassing amounts of porous and dense α-alumina using TDS analysis (temperature-programmed desorption gas analysis).
![[Analysis Case] XPS Analysis of Metal Pipe Inner Wall Using Combined Cutting Processing](https://image.mono.ipros.com/public/product/image/152/2001516684/IPROS11147847870852698931.jpg?w=280&h=280)
We provide one-stop solutions from sample cutting processing to investigating the causes of discoloration and corrosion.
The inner walls of metal pipes, such as SUS, used in various fields can discolor and corrode due to reactions with incoming gases and liquids, leading to a decline in equipment functionality. Understanding the locations prone to discoloration and corrosion, as well as their causes, is an important issue in equipment maintenance. At MST, we provide a comprehensive evaluation from sample cutting to analysis. This document presents a case study of XPS analysis conducted on the inner walls of SUS pipes used in vacuum equipment, highlighting both normal and discolored areas.
![[Analysis Case] Evaluation of Metal Impurities in the Metal Film and Interface of the Device](https://image.mono.ipros.com/public/product/image/19d/2001538620/IPROS12249256516974712398.jpg?w=280&h=280)
Impurities in films and interfaces such as plating can be evaluated using TOF-SIMS.
Impurities from components of the film formation device, target materials, and plating solutions can contaminate the device and have adverse effects, making the qualitative assessment of impurities on surfaces, within films, and at interfaces important. TOF-SIMS can sensitively evaluate unknown elements present on surfaces, within films, and at interfaces in a single measurement due to the following three characteristics: 1. For metallic elements, ions from m/z 1 to 800 can be detected simultaneously in one measurement. 2. Detection sensitivity of a few ppm can be achieved (varies depending on materials and ions). 3. The use of a sputter gun allows for the evaluation of depth distribution.
![[Analysis Case] Qualitative Analysis of Fluorinated Gases](https://image.mono.ipros.com/public/product/image/e54/2001539187/IPROS11755605869481225545.jpg?w=280&h=280)
Qualitative analysis of specific freons (CFC/HCFC) and alternative freons (HFC) is possible.
Freon gases are utilized in various applications such as refrigerants, foaming agents, semiconductors, and cleaning agents for precision parts due to their chemically stable nature and minimal impact on human health. On the other hand, they are substances that contribute to ozone layer depletion and global warming, which is why they are regulated by law. In this case, Freon gases were analyzed using GC/MS, and the separation analysis of CF4, which has low polarity and is difficult to separate among PFCs, was conducted. By using GC/MS, it is possible to qualitatively analyze specific Freons such as CFCs, HCFCs, and alternative Freons like HFCs and PFCs.
![[Analysis Case] Metal Contamination Analysis of Si Wafer Surface (B0233)](https://image.mono.ipros.com/public/product/image/387108/IPROS7416718596998562260.png?w=280&h=280)
It is possible to obtain a large amount of metal element information at once through qualitative and semi-quantitative analysis!
We offer metal contamination analysis of Si wafers (B0233). The purpose of metal contamination analysis of Si wafer surfaces using ICP-MS includes not only the contamination assessment of the Si wafer itself but also the evaluation of contamination within semiconductor devices and the assessment of the working environment due to Si wafer exposure. Therefore, the analysis of Si wafer surfaces is conducted for various purposes. ICP-MS analysis allows for the highly sensitive measurement of metal contamination on Si wafer surfaces, and it is also possible to specify the evaluation area according to the purpose. [Measurement Method] ■ [ICP-MS] Inductively Coupled Plasma Mass Spectrometry *For more details, please download the PDF or feel free to contact us.
![[Analysis Case] Oil Analysis (GC/MS Edition)](https://image.mono.ipros.com/public/product/image/387108/IPROS14598928128426969532.png?w=280&h=280)
When oil contamination is suspected, it is possible to distinguish between types of oil and estimate the source!
Our organization is capable of identifying the composition of petroleum products, evaluating molecular weight distribution, and distinguishing types of oils. Petroleum products such as oils and greases are mixtures of hydrocarbons with various compositions, and GC/MS methods are effective for their qualitative analysis. Here, we present a case study where commercially available oils with different molecular weight distributions were measured using soft ionization methods. Compared to hard ionization methods (EI), soft ionization methods (FI and FD) allow for the detection of molecular ions, making them effective for evaluating the composition of oil components. In particular, the FD method can also be applied to evaluate oils containing high molecular weight components that are difficult to volatilize. [Measurement Method / Processing Method] ■ [GC/MS] Gas Chromatography Mass Spectrometry *For more details, please download the PDF or feel free to contact us.
![[Analysis Case] NMR Chemical Shift Simulation of Organic Molecules](https://image.mono.ipros.com/public/product/image/387108/IPROS10118056299871139481.png?w=280&h=280)
It is possible to identify structural isomers through analysis that combines measurement and calculation!
Our organization conducts NMR chemical shift simulations of organic molecules using quantum chemical calculations. Determining the isomeric structures of organic molecules is a very important issue in fields such as natural product chemistry and drug discovery. Combining the results of nuclear magnetic resonance (NMR) measurements with NMR chemical shift simulation results from quantum chemical calculations is believed to be useful for elucidating the structures and evaluating the properties of novel compounds that lack model compounds for structure-chemical shift correlation. This document presents a case study on the identification of structural isomers of biologically active quinoxaline derivatives. [Measurement Methods and Processing Methods] ■ [NMR] Nuclear Magnetic Resonance Analysis ■ Computational Science, AI, Data Analysis ■ Others *For more details, please download the PDF or feel free to contact us.
![[Analysis Case] Investigation of Foreign Object Occurrence: Analysis of the Tube](https://image.mono.ipros.com/public/product/image/387108/IPROS13070285683371051248.jpg?w=280&h=280)
It is possible to estimate the cause of wafer contamination!
TOF-SIMS is a very effective method for investigating the causes of contamination due to foreign substances, deposits, dirt, discoloration, and other factors related to the process. By comparing the mass spectral information obtained from contamination such as foreign substances with the mass spectral information of candidate contamination source components, it is possible to infer the sources of that contamination. In this document, we prepared four types of resin tubes used in the wafer manufacturing process and foreign substances on Si wafers, and by comparing their mass spectral information, we evaluated which components used in the process the contamination from the foreign substances was attributed to.
If you input the measurement data into the computer, you can perform spreadsheet calculations and display graphs.
It is a handheld 2-channel FFT analyzer.
[Free Technical Data Giveaway] Smart Quality Control of Raw Materials.
In the manufacturing field of products, quality control can be considered one of the important issues. Its purpose is to prevent troubles in the manufacturing process in advance and to consistently guarantee a certain level of quality for the final product. In response to such needs, infrared spectroscopy can be said to be one of the suitable analytical methods in terms of speed, operability, and reliability. This document introduces the identification analysis of raw materials using our compact FT-IR "ALPHA" and the QuickCompare function included in the accompanying "OPUS/QuickCompare" software. [Contents] ■ Introduction ■ Infrared Spectrum and Quality Control ■ Quality Control with ALPHA ■ Identification Analysis Using the QuickCompare Function ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
It is possible to conduct a chemical evaluation of non-uniform samples easily and accurately.
"LUMOS II" makes it possible to conduct micro-infrared spectroscopy and imaging analysis more easily, quickly, and comfortably. It demonstrates high performance in all measurement modes: transmission, reflection, and ATR (attenuated total reflectance). One of its features is the ease of access provided by the long working distance objective lens, along with an automated sample stage where all operations are electric. 【Features】 ■ Outstanding imaging performance with advanced FPA ■ High-quality spectral and image data ■ High-speed imaging and mapping capabilities: covering large areas in a short time ■ FTIR imaging compatible with transmission, reflection, and ATR measurement modes ■ Achieves high-sensitivity measurements without liquid nitrogen *For more details, please refer to the PDF document or feel free to contact us.
Are you having trouble with micro-particle analysis? 'LUMOS II' will solve it!
Are you having trouble with micro-sample analysis? - Can't prepare liquid nitrogen, it's a hassle The 'LUMOS II' features an electronic cooling MCT detector that does not require liquid nitrogen. - I want a micro-IR that is easy to use even for beginners The 'LUMOS II' offers fully automated operation, making it accessible for beginners. Additionally... - Is there a micro-IR with better image quality? - I would like to try high-speed imaging functions, etc. The 'LUMOS II' makes micro-infrared spectroscopy and imaging analysis easier, faster, and more comfortable. With a long working distance objective lens for easy access, it also features an automated sample stage where all operations are motorized. **Features** - Achieves high-sensitivity measurements without liquid nitrogen - Outstanding imaging performance with advanced FPA - High-quality spectral and image data - High-speed imaging and mapping functions: covers large areas in a short time - FTIR imaging that supports transmission, reflection, and ATR measurement modes
【Equipped with high-speed imaging and high-speed mapping capabilities】FTIR imaging is now faster, more comfortable, and more accurate than ever!
"LUMOS II" is a high-speed imaging compatible FPA detector. With a guide function that can be used by anyone, from beginners to advanced users, regardless of their analytical skill level, it allows all users to utilize it quickly, comfortably, and accurately. Additionally, imaging can be performed in all measurement modes, enabling easy and accurate chemical evaluation of heterogeneous samples such as tablets, polymer materials, and the dispersion state of contaminants. 【Features】 ■ High-speed imaging and high-speed mapping function: covers wide areas in a short time ■ Excellent imaging performance with advanced FPA ■ High-quality spectral and image data ■ FTIR imaging compatible with transmission, reflection, and ATR measurement modes ■ Achieves high-sensitivity measurements without liquid nitrogen *For more details, please refer to the PDF materials or feel free to contact us.
Low-capacity, high-speed replacement gas cell! Measurement is possible without calibration and without background measurement.
The "MATRIX-MG5" is a product with a wide measurement concentration range equipped with a RockSolid interferometer. Calibration is not required, and it features a compact and robust housing. Measurements can be taken without background measurement. Additionally, the software "OPUS GA" of this product is equipped with a user interface optimized for process monitoring, allowing for instant grasp of process gas measurement results on a trend chart screen, and analysis of the correlation between measurement results and absorption spectra on the spectrum screen. 【Features】 ■ Equipped with RockSolid interferometer ■ No calibration required ■ Measurements possible without background measurement ■ Easy operation and maintenance ■ Wide measurement concentration range ■ Compact and robust housing ■ Low volume, high-speed replacement gas cell *For more details, please refer to the PDF document or feel free to contact us.
Verified through the "EURO6" measurement tests for phased automobile emissions regulations in the EU.
Are you familiar with the phased automotive exhaust gas regulation "EURO6" implemented by the EU (European Union)? Bruker's high-performance FT-IR gas analysis device "MATRIX-MG" has been validated in actual measurement tests for EURO6. We introduce the pinnacle of FT-IR gas analysis equipment, featuring a compact design that can be loaded onto a vehicle's cargo bed and unparalleled high resolution. ■ Features of MATRIX-MG - Achieves qualitative and quantitative gas analysis quickly, continuously, and automatically - Exceptional sensitivity, capable of detecting from a few ppb to 100% - Wide detectable range - No calibration required for target gases - Easy operation and maintenance - Automatic correction for the influence of gases and interfering components in the atmosphere - Gas cell with temperature control function capable of heating up to 191°C - Continuous monitoring of temperature and pressure within the gas cell, providing feedback for quantitative analysis - Measurement results can be output to industrial communication interfaces
■Ammonia Measurement■ Capable of measuring a full range from low concentration to high concentration!
It has been said that there have been very few analytical devices capable of measuring ammonia across a full range from low to high concentrations. Bruker's device supports full-range measurement. 【OMEGA5】 This gas analysis FT-IR system features a compact body compatible with 19-inch racks and is equipped with a multi-reflection gas cell with an optical path length of 5m, suitable for measuring industrial gases. It is designed to automatically monitor gas concentrations with high precision and in real-time, making it applicable in various fields. The OMEGA5 achieves a reduction in overall costs, including operation and maintenance. 【MATRIX-MG】 Achieving qualitative and quantitative gas analysis quickly, continuously, and automatically! Measurement results can be output to industrial communication interfaces. The 'MATRIX-MG series' is a high-performance FT-IR gas analyzer characterized by its robustness and compact design. It is designed to automatically analyze each component and concentration of target gases with high precision and in real-time for gas analysis in various fields. It can identify and quantify over 300 types of compounds without calibration measurements.
Stable results and high reliability! The compact design, equivalent to one A4 sheet of paper, allows for effective use of lab space.
"ALPHA II" is a chemical analysis device that rapidly performs qualitative and quantitative analysis of various samples. With a robust and sophisticated design, it features touch-operated software. New users can be trained in just a few minutes, and centralized data management is also possible. Additionally, it maximizes analytical work efficiency with simple operability without wasting valuable space in the laboratory. 【Features】 ■ Sampling modules that accommodate various applications ■ Long-lasting components (up to 10-year warranty) ■ Pre-set analytical workflows ■ Integrated panel PC option ■ High humidity environment compatibility option ■ Effective use of lab space *For more details, please refer to the PDF materials or feel free to contact us.
Minimize compliance costs! We provide comprehensive system eligibility assessments.
This document introduces the system validation of "BRAVO." It includes information on "Performance Qualification," "Data Integrity," and "Ready-to-Use System Qualification." The optical system of BRAVO is designed to achieve the highest standards of accuracy and can meet the stringent performance evaluation criteria set for benchtop devices (Ph.Eur.) and quantitative analysis (USP). [Contents] ■ Concept ■ Validated Solutions ■ 21 CFR Part 11 and Beyond ■ Performance Qualification – USP <858> & <1858>, Ph.Eur. 2.2.48, JP 2.26 ■ Data Integrity ■ Ready-to-Use System Qualification *For more details, please refer to the PDF document or feel free to contact us.
The best tool for life sciences and medical fields, especially for tissue analysis.
By utilizing the high energy density of infrared lasers, it is possible to obtain high-quality spectral data in a very short time. This speed advantage is significant, allowing for the acquisition of spectral images at an unprecedented pace compared to traditional methods. This application note explains the benefits of infrared laser imaging and its applications. In this document, we clearly explain: ▶ Infrared Laser Imaging: A New Analytical Tool ▶ How to Apply Infrared Laser Imaging ▶ FT-IR vs. Infrared Laser Imaging: Biological Tissue Samples ▶ Innovations in Laser Imaging: Spatial Coherence Reduction Mechanisms
FT-IR with excellent qualitative capabilities! It can accurately and in real-time quantify the concentration of each component.
FT-IR is a powerful tool that can qualitatively and quantitatively analyze the components of unknown gas by analyzing the infrared spectrum unique to the compound. The high selectivity and sensitivity of FT-IR ensure the reliable detection of trace amounts of infrared-active compounds even in mixed gases containing multiple components across a wide concentration range. This document includes topics such as "Gas Quantitative Analysis using FT-IR" and "Verification of OPUS GA Analysis Accuracy." We invite you to read it. [Contents] ■ Gas Quantitative Analysis using FT-IR ■ High-precision quantitative analysis without a calibration curve ■ Verification of OPUS GA Analysis Accuracy ■ Advantages of gas analysis without a calibration curve *For more details, please refer to the PDF document or feel free to contact us.
2024/7/12(金)13：00～16：30、ブルカージャパン横浜本社ラボ(B号ビル6階)にて開催！
ブルカージャパン株式会社は、ブルカージャパン横浜本社ラボにて、 『FT-IR 基礎と応用セミナー』を開催いたします。 FT-IRは、分子構造の解析や定性・定量分析の有力な手段として、品質管理から 研究開発まで、様々な分野で広く使われている分析機器です。 一方、その基本原理を良く知らないまま使われている現状もあります。 本セミナーは、FT-IRの基礎を学んでいただける、初級・中級レベルの講習会です。 現在FT-IRをお使いの方は、さらなる有効活用を考える機会として、 また今後FT-IRの導入をお考えの方は、 自社の目的に合致した機種・仕様を 考える機会として、本セミナーを是非ご活用ください。 【開催概要】 ■日時：2024/7/12(金) 13：00～16：30 ■会場：ブルカージャパン横浜本社ラボ(B号ビル6階) ■参加費：無料(申込み先着順) ■定員：30名 ※詳しくは関連リンクをご覧いただくか、お気軽にお問い合わせ下さい。
Contributing to the optimization of raw materials, feed formulation, manufacturing processes, and the quality of the final product!
Our company provides a comprehensive FT-NIR solution for quality control and formulation adjustment. Samples can be analyzed non-destructively in just a few seconds, reducing costs by decreasing time and reagent usage. Liquid samples such as oils and molasses can also be analyzed using the same device when placed in disposable vials. Additionally, Bruker offers FT-NIR calibration packages to accommodate the analysis of various raw materials in the feed industry. 【Standard Analysis Items】 ■ Moisture ■ Crude Fat ■ Crude Fiber ■ Crude Protein ■ Crude Ash *For more details, please refer to the PDF materials or feel free to contact us.
A valuable tool for food quality assurance and health authorities to verify the degree of fat deterioration!
Using FT-NIR spectroscopy, various quality parameters associated with the degradation of frying oil can be evaluated quickly and at low cost. Bruker has collaborated with multiple food regulatory agencies to collect over 300 samples of fats used in fried potatoes, potato chips, fish, chicken, and donuts. Statistical evaluations have shown that the measured FT-NIR spectra have a high correlation with existing official methods. Since FT-NIR can simultaneously determine important indicators related to oxidation and polymerization, it has become a valuable tool for food quality assurance and health authorities to assess the degree of fat degradation. **Monitoring Indicators** - Acid Value (AV) - Anisidine Value (AnV) - Polar Compounds (TPC) - Polymerized Triacylglycerols (DPTG) *For more details, please refer to the PDF document or feel free to contact us.*
From small size to large size, scrubbing, rinsing, and drying are all performed with one machine!
The Techno Vision photo mask cleaning device is a mask cleaner that performs scrubbing, rinsing, and drying all in one machine to clean dust and dirt attached to photo masks. To meet the diverse needs of our customers, we offer cleaning devices that accommodate a wide range of photo mask sizes, from small to large, including the TW-200, TW-300, TW-700, and TW-1000.
We will introduce examples of surface analysis and measurements using various devices such as XPS, AES, and GD-OES, including measurements of Ni plating thickness, concentration, and surface contamination levels.
In this case study collection, we will introduce examples related to "surface analysis." We cover the objectives, methods, and results of "cleaning evaluation of plating substrates (GD-OES measurement)," as well as the features and analysis cases of "surface contamination analysis using XPS," and the characteristics and analysis cases of "analysis of iron rust (Raman spectroscopy)," among many others. Additionally, we present analysis results, condition analysis, composition measurements, and more. We encourage you to read it. [Contents] ■ Cleaning evaluation of plating substrates (GD-OES measurement) ■ Surface contamination analysis using XPS ■ Condition analysis of copper oxide (XPS/AES analysis) ■ Analysis of iron rust (Raman spectroscopy) ■ Composition investigation of discolored stainless steel *For more details, please refer to the PDF document or feel free to contact us.
![<PDF Data Download Available> [XPS] Contamination Analysis of Polyimide Surfaces Using XPS](https://image.mono.ipros.com/public/product/image/46c/2000738061/IPROS48050819658542478910.png?w=280&h=280)
X-ray photoelectron spectroscopy (XPS) is ideal for analyzing surface contamination, discoloration, and other evaluations because it provides elemental information from the outermost surface of the sample (a few nm).
A defect occurred where the surface of the polyimide film became hydrophobic, but due to the depth of information obtained from SEM/EDX analysis, the specific elements present on the very surface could not be detected. Therefore, we conducted surface analysis using X-ray photoelectron spectroscopy (XPS), which is a surface-sensitive method. In this case, we will introduce "Surface Contamination Analysis of Polyimide by XPS." Please take a moment to read the PDF materials. Additionally, our company conducts various surface analyses including GD-OES and Auger, in addition to this WPS. We would be happy to assist you, so please feel free to reach out. Seiko Future Creation Official Website https://www.seiko-sfc.co.jp/ *Other materials are also available. If you request through the inquiry button, we will send them to you.
