Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
106～120 item / All 217 items
Used analytical instruments
This is a gas chromatograph GC-2014AF with a packed column specification. It is equipped with a dual packed injection unit at the injection port and a flame ionization detector (FID). The software GCSolution, which allows for body control and data analysis, is included. (S2976-00)
A power-saving miniature manifold was designed for a super small gas chromatograph developed for space exploration in collaboration with JAXA.
Ballwave is a startup company originating from Tohoku University that conducts research and development of sensors, as well as the manufacturing and sales of devices using these sensors. Ballwave's ball SAW (Surface Acoustic Wave) sensors utilize the property of waves traveling along the surface of a sphere while maintaining the same width over long distances, achieving compact size, high sensitivity, and fast response. Products utilizing ball SAW sensors include ultra-trace moisture meters and ultra-compact gas chromatographs. **Challenges and Solutions** Ballwave's ultra-compact gas chromatograph was developed through collaborative research with JAXA (Japan Aerospace Exploration Agency). When considering applications for space exploration, challenges such as compact size, lightweight, and low power consumption arose, leading to interest in our latch-type compact corrosion-resistant solenoid valve NLV series. Additionally, through our expertise in customization, we designed a miniature manifold to match the desired flow pattern. After repeated prototyping, we successfully developed a gas chromatograph for space exploration applications. A portable, palm-sized (A5 size) gas chromatograph for terrestrial applications has also been developed, and prototype offerings have now begun.
Improved performance and reproducibility! Experience the UHPLC technology designed for flexibility.
The "Vanquish Flex UHPLC System" is a UHPLC device that improves performance and reproducibility without sacrificing quality, robustness, or ease of use. It is suitable for assays that require flexibility in solvent selection and can accommodate a wide range of applications. It provides excellent performance from method development to routine analysis. Additionally, the 2-component and 4-component mixing pump options deliver outstanding performance in LC and LC-MS workflows. 【Features】 ■ Choose the pump type suitable for your application ■ Obtain reliable results with precise handling ■ Optimize chromatography with temperature control ■ Gain an overall view using multiple detection options ■ Achieve excellent LC-MS performance using dedicated solutions *For more details, please refer to the PDF document or feel free to contact us.
Zinc oxide, which is contained in various cosmetics and pharmaceuticals/formulations, can be analyzed using ion chromatography.
◆Measurement of Zinc Oxide in Sunscreen Using Ion Chromatography with Visible Absorbance Detection◆ Sunscreens are classified as over-the-counter (OTC) drugs in the United States, and zinc oxide is one of the active ingredients that has received approval from the U.S. Food and Drug Administration (FDA) for use in sunscreens (with a maximum concentration of 25%). Zinc oxide is a powdered mineral that adheres to the outermost layer of the skin, acting as a broad-spectrum blocking agent that scatters, reflects, and absorbs ultraviolet radiation, providing protection from both UVA and UVB radiation, making it unique among sunscreen ingredients. The United States Pharmacopeia (USP) has developed monographs for FDA-approved drugs, including OTC medications, and is working to obtain the necessary information to maintain high-quality pharmaceuticals. It has also initiated a global effort to update many existing monographs across all official methods. As part of this USP initiative, the addition of an ion chromatography (IC) method for zinc measurement in General Chapter <591> is proposed. This method will serve as an alternative to the existing titration-based analytical methods in the monographs for zinc-containing pharmaceuticals. *Please download from the catalog at the bottom of the page.*
The ion chromatograph, equipped with the three pillars of performance, results, and support, is from Thermo Fisher Scientific!
■Sales Performance Boasting Top Market Share■ Since starting sales of ion chromatography in Japan in 1975, we have pursued ease of use and have delivered over 4,000 units nationwide. We boast a market share of over 65%. *Source: R&D Corporation, Scientific Instruments Yearbook ■High-Level Customer Support System■ To ensure that our equipment can be used stably and for a long time, we collaborate with sales agents nationwide and have over 90 certified service engineers. Additionally, technical support is available from resident engineers, allowing you to use our products with peace of mind. ■Reliable Technical Expertise Supporting Analysts and Labs■ Advanced technologies such as a mobile phase generator capable of automatic generation of elution solutions and suppressors contribute to the efficiency of lab operations. We offer over 90 types of columns for ion chromatography.
Upgraded to an eluent generator system for ion chromatography, achieving improved productivity and high efficiency in the lab!
"Are you spending too much time preparing elution solutions?" "Wouldn't you like to aim for the accurate generation of elution solutions?" "Are you having trouble with condition considerations?" The Thermo Scientific Dionex Integrion RFIC Ion Chromatography System, known for its ease of use and proven delivery numbers, will solve these concerns. 【This is the optimal solution for customers with the following challenges】 - Want to shorten the time for elution solution preparation - Want to eliminate peak overlaps in carbonate anion analysis and gain confidence in component identification - Want to analyze anions and organic acids in a single analysis - Want to conduct analysis of amines - Want to reduce analysis time Currently, users of the Dionex Integrion with carbonate systems can upgrade.
Thorough explanation of how to set gradient conditions! It will provide hints for improving separation.
Generally, isocratic conditions are used for elution in ion chromatography; however, when analyzing diverse ionic species, separation can be difficult and may not be achievable under isocratic elution conditions. In such cases, using hydroxide ions and performing gradient analysis with a concentration gradient can improve separation. Gradient analysis is a method that enhances separation by increasing the concentration of the eluent from low to high during the analysis, allowing components that are retained more easily to elute faster. We will introduce examples of the separation of inorganic anions and organic acids regarding the separation of ionic species due to changes in eluent concentration and the setting of gradient conditions. By using an eluent generator system, it is possible to supply accurate and high-purity eluent simply by sending ultrapure water. Additionally, gradient analysis can be easily performed with just the concentration settings from the workstation. Furthermore, the Thermo Scientific Virtual Column Separation Simulator can generate virtual chromatograms under gradient conditions online. Please utilize it for examining analytical conditions.
Introduction to the features of the Vanquish Core HPLC system for routine analysis.
The Thermo Scientific Vanquish HPLC system offers the highest level of flexibility, efficiency, and productivity for single and dual-channel applications, addressing the challenges faced by routine analysis laboratories. This system is built on the Vanquish platform, which incorporates many innovative features that are further enhanced to achieve system intelligence, excellent usability, and smart diagnostics. From the perspective of reducing running costs, we will quantify and present the direct benefits these features bring to the laboratory.
![[Case Study] Analysis of Ethylene Oxide by HS-GC-FID Method](https://image.mono.ipros.com/public/product/image/c49/2000618490/IPROS20458716722229990281.png?w=280&h=280)
A simple and cost-effective HS-GC-FID analysis for ethylene oxide analysis of surgical masks.
Surgical masks are worn by healthcare professionals during tasks such as surgeries, and like other medical devices, they need to be sterilized to eliminate bacteria and viruses. In some countries, sterilization using ethylene oxide is performed. On the other hand, the Centers for Disease Control and Prevention (CDC) has stated that "ethylene oxide may have harmful effects on the wearer, and therefore is not recommended for the sterilization of masks that are worn on the face," and the Occupational Safety and Health Administration (OSHA) does not approve the use of ethylene oxide as a sterilant. Therefore, it is necessary to test that ethylene oxide and 2-chloroethanol, which is generated during its sterilization process, are sufficiently removed from the final product. This technical document introduces a high-sensitivity and cost-effective analysis method for ethylene oxide and 2-chloroethanol in medical masks using capillary column GC-FID analysis.
![[HPLC Case Study] Analysis of Dairy Beverages by Automatic Derivatization of Amino Acids](https://image.mono.ipros.com/public/product/image/00c/2001488930/IPROS5414059165785432598.png?w=280&h=280)
High-precision and convenient automatic quantitative analysis of amino acids using the custom injection program function of an autosampler.
Many amino acids do not absorb ultraviolet (UV) light, making it difficult to improve sensitivity and selectivity with conventional analytical methods, which are also complicated and lack stability. This technical document introduces a case where a custom injection program feature in the auto-sampler of the Thermo Scientific Vanquish Core HPLC system was utilized to derivatize 20 types of amino acids simultaneously using a pre-column derivatization method for simultaneous analysis. This system enables highly accurate quantitative analysis as it is not affected by the degradation after the derivatization reaction. Validation using commercially available beverages showed that selective quantification was possible even in complex sample matrices such as food. 【Features】 ■ Simultaneous derivatization and analysis of 20 types of amino acids ■ High-precision quantitative analysis achieved through pre-column derivatization ■ Provides good linearity and high reproducibility ■ Selective detection even in complex sample matrices ■ Automation by the auto-sampler avoids human error and improves work efficiency
![[Case Study] Analysis of Additives in Nickel Sulfate Plating Solution by HPLC](https://image.mono.ipros.com/public/product/image/6b0/2001539181/IPROS8694148896051057529.png?w=280&h=280)
HPLC method achieving high-sensitivity quantitative analysis without complex preprocessing: Introducing quantitative know-how for quality control.
In the quality control of plating solutions, the quantification of additives is an important factor. In particular, the quantification of sulfur-containing compounds that contribute to film quality adjustment and prevention of liquid decomposition is essential. This document provides accurate and highly reproducible analytical results using a method that does not require complex pretreatment. For the HPLC measurement conditions, an ion-pair reagent was added to the mobile phase, and an injection method was adopted to reduce the influence of sample impurities. As a result, sharp peaks can be obtained without being affected by metals and inorganic ions. Additionally, by comparing the chromatograms of the standard solution and the plating solution sample, it can be confirmed that the concentration of additives is maintained consistently. Furthermore, as an evaluation of reproducibility, the same sample was measured five times, demonstrating high reproducibility. 【Features】 ■ High-sensitivity quantitative analysis without complex pretreatment ■ High reproducibility using ion-pair reagents ■ Injection method that reduces the influence of metals and inorganic ions ■ Accurate quantification through comparison of standard solutions and actual samples ■ Highly reproducible analytical results
Pursuit of operability, technology for peace of mind.
It is a compact general-purpose machine that can simultaneously accommodate TCD and FID.
Fully automatic gas chromatograph capable of meeting various and diverse needs.
This is a fully automated gas chromatograph that eliminates the complexity of operations and the vast installation space associated with automating laboratory gas chromatographs, in response to the increasing demand for automation. It is a device that can be widely used to meet new needs such as high-speed analysis, simultaneous analysis of multiple components with multiple detectors, and composition analysis of wet sample gases.
GC analyzer consisting of a sensor head and a CPU-integrated control box. It performs real-time determination of the presence or absence of substances.
Built-in CPU Built-in battery 95cc He cartridge Ultra-compact portable GC for field use High-speed analysis at ppb levels Substance identification in the database Analysis of result data on an external PC
![Ultra High-Speed High-Resolution LC [ACQUITY UPLC PLUS]](https://image.mono.ipros.com/public/product/image/ab7/2000160462/IPROS8507509321674698217.jpg?w=280&h=280)
Demonstrates excellent analytical skills. LC improves lab productivity, efficiency, and throughput simultaneously.
UltraPerformance LC (UPLC) is the result of a total system innovation that has redesigned all aspects of traditional HPLC, including packing material technology, column design, injectors, fluid delivery systems, and detectors. UPLC technology was developed to simultaneously enhance laboratory productivity, efficiency, and throughput for scientists seeking reliable technology. Its success has already been demonstrated through thousands of peer-reviewed papers, application notes, and significant process improvements, making UPLC a standard technology that delivers important scientific and business benefits in leading companies and research institutions around the world. We offer a diverse lineup that allows for effective use of this technology not only in research settings but also in production management. Since the launch of ACQUITY UPLC in 2004, Waters has continued to pursue further innovations, and the new ACQUITY UPLC PLUS series has been introduced, achieving even greater flexibility, performance, and ease of use.
