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Gas Analyzers Product List and Ranking from 29 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.

Gas Analyzers Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.

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  3. 一般財団法人材料科学技術振興財団　MST Tokyo//Testing, Analysis and Measurement
  4. 4 日本エイピーアイ Tokyo//Testing, Analysis and Measurement
  5. 5 相互理化学硝子製作所（TOP） Kyoto//Testing, Analysis and Measurement
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Gas Analyzers Product ranking

Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.

  1. Wearable breath gas analysis device VO2Master
  2. SF6 gas analysis device "Rapidox SF6 6100 Series"
  3. [TDS] Thermal Desorption Gas Analysis Method 一般財団法人材料科学技術振興財団　MST
  4. 4 High-sensitivity gas analysis device "FLEX-MS Series" 日本エイピーアイ
  5. 5 All That Gas Analysis Equipment JIS K-0301 Standard 相互理化学硝子製作所（TOP）

Gas Analyzers Product List

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Portable FTIR Gas Analyzer 'DIK-GT5000'

Portable FTIR Gas Analyzer 'DIK-GT5000'

Successfully miniaturized and lightweight, enhancing portability! This is an IoT-compatible gas analysis device.

The "DIK-GT5000" is an analytical device capable of analyzing up to 50 gas components simultaneously. It is even smaller and lighter than the previous model, weighing approximately 9.4 kg, and is equipped with drip-proof and vibration-resistant features, making it suitable for outdoor use. Measurements are taken with a rapid response time of just 2 minutes, and calibration is simplified to a single zero calibration once a day. We recommend sensitivity calibration once a year, and daily sensitivity calibration is not necessary. 【Features】 ■ Drip-proof IP54 standard ■ Low running costs ■ Network connectivity allows for measurements without going to the site ■ New software compatible with tablet PCs enables intuitive operation *For more details, please refer to the PDF document or feel free to contact us.

  • Analytical Equipment and Devices
  • Gas Analyzers

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Are you having trouble measuring extremely small leaks?

Are you having trouble measuring extremely small leaks?

Here is the answer! Introducing solutions and examples for ultra-micro leak testing!

The "WATMASS-MPH DA System" is a new concept gas analysis device that combines the technology of our ultra-low gas emission residual gas analyzer "WATMASS" with the technology of ultra-low gas emission vacuum structural materials (0.2% BeCu alloy). Our ultra-trace gas analysis device "WATMASS-MPH System" is capable of measuring destruction and leak rates (below 10^-15 Pa·m³/s). It is suitable for MEMS, life science devices, and sealing devices such as semiconductors! ★ We also accept various commissioned gas analyses for device evaluation and material evaluation! ★ 【Features】 ■ Ultra-high sensitivity gas analysis device made of 0.2% BeCu alloy ■ Measurement accuracy evaluation obtained from AIST ■ Capable of measuring destruction and leak rates (below 10^-15 Pa·m³/s) ■ Various commissioned gas analyses are also possible *For more details, please refer to the PDF document or feel free to contact us.

  • Food Testing/Analysis/Measuring Equipment
  • Gas Analyzers

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CVD process gas analysis device MPQMS

CVD process gas analysis device MPQMS

It is a quadrupole mass spectrometry system that can analyze the gas components of the CVD process on-site.

Our various nano-carbon manufacturing equipment and biomass carbonization devices are designed to be integrated and used as is. They are equipped with an exhaust system and can handle high-pressure CVD conditions.

  • Analytical Equipment and Devices
  • Gas Analyzers

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Headspace gas analyzer

Headspace gas analyzer

Headspace gas analyzer

Headspace analyzer, headspace, headspace, analyzer Headspace analyzer sealed packaging bags, bottles, cans and oxygen in, carbon dioxide gas content in the headspace of the mixing proportion applied to the analysis.

  • Other inspection equipment and devices
  • Analytical Equipment and Devices
  • Gas Analyzers

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[Analysis Case] TDS Analysis of Glass Samples

[Analysis Case] TDS Analysis of Glass Samples

It is possible to analyze desorbed gases by temperature increase even with transparent samples that allow infrared rays to pass through.

The temperature-programmed desorption gas analysis method (TDS) is a mass spectrometry technique that directly heats a sample by irradiating it with infrared light and monitors the gases generated at each temperature. When analyzing samples that cannot absorb infrared light, such as glass substrates, it is possible to conduct the analysis by changing the sample stage from transparent to black. The black stage absorbs infrared light, raising its temperature, which in turn increases the temperature of the sample through thermal conduction, generating gases.

  • Contract Analysis
  • Gas Analyzers

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[Analysis Case] Thermal Desorption Gas Analysis of Organic Films (TDS)

[Analysis Case] Thermal Desorption Gas Analysis of Organic Films (TDS)

It is possible to evaluate the outgassing components of organic matter in a vacuum environment.

TDS is a method that heats samples in a vacuum environment and monitors the gases that are released. When measuring organic substances, it can be difficult to obtain accurate measurements due to contamination of the equipment from large amounts of gas release. However, by adjusting the sample amount and analysis conditions in advance to control the amount of gas released, analysis becomes possible. Below are the results of TDS analysis conducted on organic films. We were able to capture the phenomenon where surface-adsorbed water is released at low temperatures, and the intensity of gas release increases with rising temperature.

  • Contract Analysis
  • Gas Analyzers

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Examples of TDS analysis by representative materials and purposes

Examples of TDS analysis by representative materials and purposes

TDS: Thermal Desorption Gas Analysis Method

TDS is a method that heats samples in high vacuum (1E-7 Pa) and detects the gases that are released. By heating the sample at a constant rate in high vacuum, it is possible to confirm the temperature dependence of even trace amounts of desorption (at the monolayer level). Additionally, for some components, it is also possible to calculate the number of molecules of the desorbed gas. We will introduce examples of TDS applied to representative materials.

  • Contract Analysis
  • Gas Analyzers

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[Analysis Case] Corrosive Gas Analysis by TDS

[Analysis Case] Corrosive Gas Analysis by TDS

You can check for gases that have a negative impact on the product.

Corrosive gases such as etching gases have a significant impact on the degradation of semiconductors, electronic components, and devices. Below, we present an example of capturing corrosive gases using TDS (Temperature-Programmed Desorption Gas Analysis). It was confirmed that HCl, a corrosive gas, desorbs with the increase in temperature of the sample. Since TDS can capture desorption in the m/z range of 2 to 199 while heating, it is effective for investigating the types and amounts of corrosive gases as well as their temperature dependence of desorption.

  • Contract Analysis
  • Gas Analyzers

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[Analysis Case] Analysis of Hydrogen Desorption from Stainless Steel by TDS

[Analysis Case] Analysis of Hydrogen Desorption from Stainless Steel by TDS

It is possible to evaluate the amount of hydrogen released from metals using TDS (Thermogravimetric Desorption Gas Analysis).

Many metallic materials, such as steel, are known to deteriorate (hydrogen embrittlement) due to diffusible hydrogen that diffuses within the crystal lattice at room temperature. This time, we present an example of evaluating the amount of hydrogen desorption from stainless steel plates (SUS316L) with added hydrogen using TDS. A desorption peak, thought to be diffusible hydrogen, was observed in the low-temperature range around 150°C.

  • Contract Analysis
  • Other metal materials
  • Steel
  • Gas Analyzers

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[Analysis Case] Simultaneous Heating Analysis of Copper Plates and Solder by TDS

[Analysis Case] Simultaneous Heating Analysis of Copper Plates and Solder by TDS

It is possible to evaluate degassing in an environment close to the actual process by bringing the materials into contact with each other.

Soldering of metals is one of the essential processes in the field of electronics. It is known that the outgassing that occurs when metal and solder are heated in contact can lead to voids. Below, we introduce a case where TDS analysis (Thermal Desorption Spectroscopy) was performed with solder placed on a copper plate. TDS can evaluate the outgassing associated with the heating of materials. By bringing the copper plate and solder into contact and heating them simultaneously within the TDS apparatus, we were able to capture outgassing in an environment close to the actual process.

  • Contract Analysis
  • Non-ferrous metals
  • Solder
  • Gas Analyzers

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Ultra-high sensitivity gas analysis device using the vacuum laboratory WATMASS.

Ultra-high sensitivity gas analysis device using the vacuum laboratory WATMASS.

By cleverly utilizing the pumping action of WATMASS, ultra-high sensitivity and ultra-trace gas analysis is possible.

This is a new concept for gas analysis that combines the technology of ultra-low gas emission Q-mass (WATMASS) with the technology of ultra-low gas emission vacuum structural materials through a complete sealing method.

  • Other machine elements
  • Gas Analyzers

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Gas Analysis Instrument Series Product Catalog

Gas Analysis Instrument Series Product Catalog

A wide range of analytical instruments born from years of experience and advanced technology!

This catalog features a series of gas analysis instruments manufactured by Fuji Electric. It includes the "Infrared Gas Analyzer," which measures the concentrations of up to seven gas components necessary for environmental monitoring, as well as products like the "Zirconia Oxygen Analyzer" and "Gas Sampling Equipment." You can choose the most suitable analysis instruments according to your equipment and installation conditions. [Featured Products] ■ Infrared Gas Analyzer ■ Infrared Gas Measuring Instrument ■ Infrared Gas Measuring Instrument for Heat Treatment Furnaces ■ Compact Type Infrared Gas Measuring Instrument ■ Laser Type Gas Measuring Instrument *For more details, please refer to the PDF materials or feel free to contact us.

  • Gas recovery/treatment equipment
  • Analytical Equipment and Devices
  • Gas Analyzers

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Environmental Gas Analysis Device Peak Performer 1 "RCP"

Environmental Gas Analysis Device Peak Performer 1 "RCP"

We measure impurities in gases at the ppb level using a compound reduction photometer.

Peak Performer 1 measures impurities in gases at the ppb level using a Reducing Compound Photometer (RCP). This measurement method provides linear results across a wide range and is a simple and accurate way to measure. The technology of PP1 is cost-effective, easy to operate, and superior to comparable products from other companies. Additionally, Peak Lab has extensive experience in this field, so we can accommodate specifications tailored to your application. 【Standard Applications】 ○ Measurement of H2 and CO concentrations in ultra-pure bulk process gases (N2/Ar/O2/He) ○ Measurement of CO concentration in air at environmental monitoring stations ○ Measurement of H2 concentration in sediment studies and groundwater ○ Measurement of ethylene (C2H4) concentration in air For more details, please contact us or download the catalog.

  • Analytical Equipment and Devices
  • Other environmental analysis equipment
  • Gas Analyzers

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[Analysis Case] Combustion Gas and Heating Generation Gas Analysis

[Analysis Case] Combustion Gas and Heating Generation Gas Analysis

We will propose the appropriate analysis method according to your objectives!!

◎Heating Emission Gas Analysis Qualitative and quantitative analysis of gases generated by heating will be conducted. Materials and products may emit gases during their manufacturing processes due to heating, and these gases can potentially have adverse effects on other raw materials or products. It is possible to analyze the gases generated under conditions equivalent to the heating conditions in the manufacturing process of the sample. - Heating Method Carrier gas (nitrogen, argon, air, etc.) is flowed through a combustion tube at a specified flow rate while heating to the set temperature. *Depending on the customer's objectives, analysis can be performed under various conditions, including different types of carrier gases (nitrogen, argon), flow rates, temperatures, etc. - Collection and Analysis Method Combustion gases will be collected and analyzed using a collection method suitable for the target gases. ◎Combustion Gas Analysis Qualitative and quantitative analysis of gas components generated during combustion under the conditions specified in "Analysis Method for Plastic Combustion Gases" JIS K 7217 will be conducted. (Compliant with JIS K 7217 Method A) By analyzing combustion gases, the safety and environmental impact of materials can be evaluated.

  • Contract measurement
  • Gas Analyzers

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Small-scale decentralized biogas system capable of generating electricity with a feedstock input of 6 kg/day.

Small-scale decentralized biogas system capable of generating electricity with a feedstock input of 6 kg/day.

Covering challenges of large-scale plants such as 'limited budget' and 'limited raw materials'! Supporting extremely small-scale waste treatment in food factories and remote islands or rural cities.

Biogas plants produce combustible methane gas using organic waste (such as food scraps, livestock manure, and sewage sludge) as raw materials, harnessing the power of microorganisms. This is one form of "renewable energy" that can be utilized in generators, boilers, and stoves. What was previously discarded as waste at a cost can now serve as an energy source. While large-scale centralized systems are suitable for enhancing efficiency, large plants may be too big to address specific needs (such as limited budgets, lack of experience, insufficient raw materials, or limited land). Therefore, we intentionally propose a "small-scale decentralized" approach. ● Demonstration plants for future large-scale development ● Extremely small-scale waste processing at the community level in remote islands and rural cities ● Compliance with food recycling methods in food factories ● Environmental conservation and hygiene improvement in developing countries

  • Other energy equipment
  • Gas Analyzers

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Tandem gas analysis device

Tandem gas analysis device

Real-time off-gas analysis and RQ measurement - Online CO2 and O2 gas analysis -

The Tandem Gas Analyzer family enables advanced measurement of CO2 and O2 gases at a price comparable to other standard probes and sensors. While these devices have previously been perceived as expensive, they can now provide dedicated individual online monitoring and process control at a low cost.

  • Analytical Equipment and Devices
  • Other measurement, recording and measuring instruments
  • Testing Equipment and Devices
  • Gas Analyzers

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High-sensitivity gas analysis device "FLEX-MS Series"

High-sensitivity gas analysis device "FLEX-MS Series"

Continuous measurement of impurities in gas can be performed within 1 minute per cycle! Being portable, it allows for measurements at the point of use.

The "FLEX-MS Series" is a high-sensitivity gas analysis device that uses atmospheric pressure ionization mass spectrometry (API method). It can measure impurities (mass numbers 3 to 400) in high-purity gases at the ppb level. Impurities can be measured in the range of 10 ppb to 0.1 ppb. The power supply operates at AC100V. 【Features】 ■ Direct introduction of the target gas is possible ■ Impurities can be measured in the range of 10 ppb to 0.1 ppb ■ Time variation measurement can be performed with concentration display using registered calibration curves ■ Portable type allows for measurements at the use point ■ Operates on AC100V power supply *For more details, please refer to the PDF document or feel free to contact us.

  • Analytical Equipment and Devices
  • Gas Analyzers

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Technical Data: Lithium encapsulation enhances the reactivity of fullerenes by 2400 times.

Technical Data: Lithium encapsulation enhances the reactivity of fullerenes by 2400 times.

Successfully measured the differences in samples! Examples of applications are also included.

The document introduces the fact that "Li encapsulation enhances the reactivity of fullerene by 2400 times." Using an 800MHz NMR system from JEOL, we successfully measured the differences between samples where Li is encapsulated in fullerene and samples where Li exists outside of fullerene, using a well-known Li salt as a standard reference. Additionally, we have included other application examples. [Contents] ■News ■Application Example 1 ■Application Example 2 *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Gas Analyzers

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Biogas power generation system

Biogas power generation system

Environmentally friendly renewable natural energy as an alternative to fossil fuels!

Our company is engaged in the business of a renewable new energy system, the "Biogas Power Generation System," which looks towards the future of the Earth. The "Biogas Power Generation System" is a system that generates electricity using biogas produced from methane fermentation with a dedicated gas engine. The waste liquid (digestate) after methane fermentation can be safely reused as fertilizer, among other diverse applications. [Achievements] ■ Makinohara Biogas Power Plant *For more details, please download the PDF or contact us.

  • Generators and transmission motors
  • Gas Analyzers

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On-Demand Webinar: Dissolved Gas Analysis of Power Transformers

On-Demand Webinar: Dissolved Gas Analysis of Power Transformers

This webinar will explain the important aspects of dissolved gas analysis for power transformers.

Title: Online DGA (Dissolved Gas Analysis) Monitoring of Transformers Speaker: Yoshitaka Arai, Business Development Manager, Vaisala Inc. Target Audience: Personnel involved in transformer maintenance and industrial measurement-related technologies.

  • Pressure
  • Gas Analyzers

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[TDS] Thermal Desorption Gas Analysis Method

[TDS] Thermal Desorption Gas Analysis Method

A mass spectrometry method that allows monitoring of gases generated by vacuum heating/warming at different temperatures, with high sensitivity for detecting hydrogen and water.

TDS is a mass spectrometry method that allows monitoring of gases generated by vacuum heating/ramping at different temperatures. The TDS spectrum represents temperature on the horizontal axis and ion intensity on the vertical axis. This enables comparison of the amount of gas released and the desorption temperatures. Additionally, due to the vacuum environment, hydrogen and water can be analyzed with high sensitivity. - It is possible to understand the relationship between the gases desorbed from the sample, the pressure, and the temperature at which they are generated. - Since only the sample can be heated, the background is low, allowing for high-sensitivity analysis of low-mass molecules such as hydrogen, water, oxygen, and nitrogen. - It is possible to estimate the composition of the gases generated from the sample and perform quantitative analysis (counting the number of molecules).

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  • Contract Analysis
  • Other contract services
  • Circuit board design and manufacturing
  • Gas Analyzers

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[Analysis Case] Thermal Desorption Gas Analysis of Metal (Sn)

[Analysis Case] Thermal Desorption Gas Analysis of Metal (Sn)

TDS analysis of low melting point metals

Sn is used as the main raw material for solder, which is also used in semiconductor manufacturing. The gases in the solder can cause void formation, so it is important to control the amount of encapsulated gas in the solder and its main raw material, Sn. The results of investigating the gases released by heating Sn to a temperature above its melting point using TDS analysis are shown below. By heating the sample above its melting point, it is possible to evaluate the surface-adsorbed components and the components of the encapsulated gas in the sample.

  • Contract Analysis
  • Gas Analyzers

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[Analysis Case] Degassing Evaluation of Plating Samples

[Analysis Case] Degassing Evaluation of Plating Samples

Thermal Desorption Gas Analysis of Ni/Au Plating (TDS)

If the plating film contains gas, it may cause defects such as peeling, blistering, and bubbles within the film. To investigate the gas contained in the plating film, TDS, which can measure the gas released by heating the sample in a high vacuum, is effective. The results of TDS analysis on a sample with Ni/Au plating on SUS material are presented. The release of H2, HCN, H2S, and HCl from the plating film was confirmed. Additionally, quantitative values were calculated.

  • Contract Analysis
  • Gas Analyzers

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[Analysis Case] Evaluation of Organic Component Desorption in a Vacuum

[Analysis Case] Evaluation of Organic Component Desorption in a Vacuum

The temperature dependence evaluation of the desorption of specific organic components is possible through composite analysis.

TDS (Thermal Desorption Gas Analysis) is a method that allows for the confirmation of desorbed components and desorption temperatures while heating a sample in a vacuum (1E-7 Pa). Furthermore, by combining the results of TDS with GC/MS (Gas Chromatography-Mass Spectrometry), which can identify organic substances, it is possible to evaluate the desorption temperatures of specific desorbed components in a vacuum. Below, we present an example of a combined analysis of TDS and GC/MS conducted on graphene.

  • Contract Analysis
  • Secondary Cells/Batteries
  • LCD display
  • Gas Analyzers

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[Analysis Case] Analysis of α-Alumina (α-Al2O3) by TDS

[Analysis Case] Analysis of α-Alumina (α-Al2O3) by TDS

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).

  • Contract Analysis
  • Contract measurement
  • Gas Analyzers

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Effective for exhaust gas measurement! High-performance gas analyzer FT-IR "MATRIX-MG"

Effective for exhaust gas measurement! High-performance gas analyzer FT-IR "MATRIX-MG"

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

  • Analytical Equipment and Devices
  • Gas Analyzers

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Gas analysis device MATRIX-MG/OMEGA5

Gas analysis device MATRIX-MG/OMEGA5

■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.

  • Analytical Equipment and Devices
  • Gas Analyzers

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Technical Data: Quantitative FT-IR Gas Analysis Without Calibration Curve Creation

Technical Data: Quantitative FT-IR Gas Analysis Without Calibration Curve Creation

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.

  • Analytical Equipment and Devices
  • Gas Analyzers

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