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ゼストロンジャパン

EstablishmentJanuary 2013
capital1000Ten thousand
number of employees9
addressKanagawa/Samukawa-cho, Koza-gun/1-17-16 Ichinomiya
phone0467-53-8658
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last updated:Sep 04, 2025
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Printed circuit board cleaning Printed circuit board cleaning
360°バーチャルツアー 360°バーチャルツアー
Power semiconductor cleaning Power semiconductor cleaning
Package cleaning Package cleaning
Metal mask cleaning Metal mask cleaning
Metal mask cleaning (SMT printer) Metal mask cleaning (SMT printer)
Printing error substrate Printing error substrate
Palette cleaning Palette cleaning
Reflow oven cleaning Reflow oven cleaning
Dispenser nozzle and jig cleaning Dispenser nozzle and jig cleaning
Cleaning Process Management Cleaning Process Management
Cleaning column Cleaning column
Technical data Technical data
Technical

Technical data

What is a water-based cleaning agent? What is ionic residue? This explains the latest trends in flux cleaning.

Definition of Water-Based Cleaning Agents: The Nature and Challenges of Water-Based Cleaning Agents [Materials]

Polarization of cleaning demand and a new focus on water-based cleaning agents! Explanation of challenges, etc.

This document explains the definition of water-based cleaning agents and the technical challenges of solvent-based cleaning agents. From the perspective of the technical trends in solder and flux, it focuses on "ionic residues" and introduces the technical relevance to "water-based cleaning agents." This technical document is recommended for those who want to learn about water-based cleaning agents or the recent compositions of solder and flux. [Contents (partial)] ■ Introduction ■ Challenges during cleaning from the perspective of solder and flux composition ■ Why can water-based cleaning agents be considered effective for removing ionic residues? ■ Examples of cleaning agent classifications - Issues in Japan ■ Effects of moisture content differences and technical challenges *For more details, please refer to the PDF document or feel free to contact us.

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Aiming for coexistence and mutual prosperity with ions: Issues and analytical methods of ion residues [Materials]

The world of electronics at a crossroads! An explanation of the challenges and analysis methods of ion residues using specific examples!

This document explains the issues and analysis methods related to ion residues. Focusing on the complex theme of "ions," it introduces the current challenges that exist. It includes factors contributing to ion residues, the significance of flux cleaning, and specific examples, along with diagrams and detailed explanations, so please feel free to download and take a look. 【Contents (partial)】 ■ Introduction ■ What are ions? ■ Factors of ion residues ■ Significance of flux cleaning ■ Specific examples ■ Cleaning primarily using organic solvents *For more details, please refer to the PDF document or feel free to contact us.

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Cleaning Technology for Advanced Electronic Components: Mechanisms and Evaluation Methods for Residual Contamination [Document]

Contamination cleaning with bonding! The nature of "cleaning" that can ensure the performance of advanced electronic components.

This document explains the cleaning and post-cleaning analysis methods for advanced electronic components. Focusing on the contamination cleaning after joining, led by the flux cleaning process, it discusses the nature of "cleaning" that can ensure the performance of advanced electronic components, which are a collection of various technologies, as well as future prospects. Please take a moment to read it. 【Contents (partial)】 ■ Introduction ■ The role of no-clean technology in enhancing functionality ■ Why cases requiring cleaning can occur ■ The challenges of cleaning advanced electronic components ■ Post-cleaning analysis *For more details, please refer to the PDF document or feel free to contact us.

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New Challenges in Cleaning: Optimization of Cleaning Methods [Materials]

The evolution of flux cleaning technology is also being questioned! We will publish what issues are at stake.

This document explains flux cleaning in high-performance products. When attempting to establish a cleaning process, we will introduce the issues that arise, taking into account the historical background. We have included images, diagrams, and detailed explanations regarding the ability to handle insoluble substances and the future of soldering cleaning, so please take a moment to read it. 【Contents (partial)】 ■ Introduction ■ Awareness of "Cleaning": Japan's Unique Environment ■ The Rise of Insoluble Substances ■ Ability to Handle Insoluble Substances (MPC Cleaning Agents) ■ The Future of Soldering Cleaning *For more details, please refer to the PDF document or feel free to contact us.

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Exploring the Current State of Solder Cleaning - The Evolution of Solder and Cleaning - [Technical Document Download]

Why was cleaning considered essential? An explanation of the cleaning needs for no-clean solder and other related topics.

This document introduces the evolution of solder and cleaning. It explains why cleaning of products is necessary after soldering and discusses the challenges of cleaning no-clean solder. Additionally, it covers the metal composition of solder and the effectiveness of MPC cleaning agents on no-clean solder. We encourage you to read it. 【Contents (partial)】 ■ The trajectory of "solder," a key player in the development of civilization ■ Why was cleaning deemed essential? ■ The metal composition of solder ■ Why does the demand for cleaning no-clean solder arise? ■ Why is cleaning "no-clean solder" difficult? *For more details, please refer to the PDF document or feel free to contact us.

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The Current Situation of Organic Solvent Reduction: The Potential of Water-Based Cleaning Agents [Technical Document]

Explanation of the progress in reducing organic solvents and the surrounding regulations! Examples of alternatives using MPC cleaning agents are also included.

This document introduces the key points for reducing organic solvents in the cleaning field and specific case studies of initiatives. It explains the progress of organic solvent reduction, points for substituting organic solvents, and the potential of MPC cleaning agents. Additionally, it includes examples of successful organic solvent substitutions using MPC cleaning agents. We encourage you to read it. 【Contents】 ■ Progress of organic solvent reduction ■ Regulations surrounding organic solvents ■ Points for substituting organic solvents - cost and drying properties - ■ Potential of MPC cleaning agents ■ Examples of organic solvent substitution using MPC cleaning agents ■ Summary *For more details, please refer to the PDF document or feel free to contact us.

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Review of Cleaning Mechanisms - Limitations of Existing Cleaning Methods - [Technical Document]

Limitations of existing cleaning methods and challenges in difficult cleaning! An explanation of low standoff cleaning and more.

In this document, we propose our cleaning process as a solution to the increasingly challenging cleaning requirements, using "low stand-off" as an example. In recent times, with technological innovations occurring in various fields, electronics cleaning has progressed to a new stage and is becoming more "challenging." We provide explanations regarding the background and key points of cleaning demand, as well as the importance of cleaning methods, so please take a moment to read through it. 【Contents (partial)】 ■ Introduction – Changes in cleaning demand trends ■ The challenges of cleaning – High performance of products ■ Background and key points of cleaning demand for low stand-off ■ Ensuring wettability and cleaning performance for low stand-off cleaning ■ Benefits of cleaning using MPC *For more details, please refer to the PDF document or feel free to contact us.

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Analysis of the Causes of Quality Issues and Support for the Introduction of Cleaning Processes <Sample Edition>

We are requesting cooperation and support for foreign substance analysis! We are introducing examples of improvements.

This document introduces case studies on root cause analysis of quality issues and support for the implementation of cleaning processes. It includes examples of quality troubles where foreign substances adhered to the workpieces after cleaning in the operational process, leading to requests for corrective actions from our customers' clients. Please note that the catalog provided is a sample version. If you would like the complete version, feel free to contact us. [Example of Contents] ■ Customer's Concerns ■ Background ■ Zestron's Support Details *The downloadable PDF document is a sample version. Please contact us if you would like the complete version.

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Evolution of Joining Techniques and Cleaning - Cleaning Technologies Required for Sintered Joining - [Materials]

The evolution of power semiconductors continues! An explanation of the effects achieved through cleaning.

This document explains the relationship between sintering bonding and cleaning, as well as the effects of cleaning. It introduces "sintering," which is gaining attention as a new bonding technology in the power semiconductor field. It discusses how sintering bonding and cleaning are related and what effects can be achieved through cleaning. Please take a moment to read it. 【Contents (partial)】 ■ What is "sintering" ■ Methods of sintering bonding ■ Why "sintering" is needed ■ Challenges in sintering bonding ■ An era where new considerations for cleaning methods are necessary *For more details, please refer to the PDF document or feel free to contact us.

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Embracing 5G - Evolution and Challenges of Power Devices - [Document]

The digital society is reaching new heights! Featuring the characteristics of power semiconductors required under 5G and the importance of the cleaning process.

This document explains the challenges of flux cleaning in 5G. It highlights the promising outlook of 5G and introduces "power semiconductors," which are essential for the future world. It includes the characteristics of power semiconductors required under 5G, the importance of the "cleaning process," and efforts to address cleaning challenges. We encourage you to read it. 【Contents (partial)】 ■ Introduction ■ Outlook for 5G ■ Characteristics of power semiconductors required under 5G ■ Importance of the "cleaning process" for power semiconductors ■ Efforts to address cleaning challenges in power semiconductors *For more details, please refer to the PDF document or feel free to contact us.

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Is the cleaning effect proven? - Challenges in cleanliness evaluation - [Document]

An era where post-cleaning evaluation is questioned! Publication of effective analytical methods other than visual inspection.

This document explains the evaluation methods for cleanliness after flux cleaning. As for existing mainstream evaluation methods, after passing reliability assessments, actual manufacturing processes determine product defects through appearance inspections using AOI. However, there is a growing trend of defects occurring after product inspections. We introduce the factors contributing to such occurrences and effective analytical methods other than appearance inspections, so please take a moment to read through it. [Contents] ■ An era where post-cleaning evaluation is questioned, just like cleaning technology ■ Diversification of flux residue components ■ Separation and analysis methods for complex components ■ Future prospects and added value of cleaning *For more details, please refer to the PDF document or feel free to contact us.

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No more failures! How to choose a flux cleaner [Materials available]

Attention those struggling with flux cleaning! The key to flux cleaning lies in "selecting the right cleaning agent"!

This document explains how to choose flux cleaning agents. It provides specific examples of key points to consider when selecting a flux cleaning agent and highlights the aspects to focus on. It also includes important considerations for water-based cleaning agents, such as controlling evaporation loss and variations in water content, as well as examples of non-cleaning type flux cleaning cases, so please take a moment to read it. [Contents (partial)] ■ Key points when choosing flux cleaning agents ■ Types of flux cleaning agents ■ Important considerations when examining water-based cleaning agents ■ Examples of non-cleaning type flux cleaning *For more details, please refer to the PDF document or feel free to contact us.

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Ion Residues on Electronic Substrates and Their Analytical Methods [Free Download]

Examples of the analysis of the cleaning properties of surfactants are also included! We will also introduce ions and flux.

This document explains the analysis of ionic residues on electronic substrates that our company, as a cleaning agent manufacturer, has been working on. It includes explanations about ions and flux, as well as discussions on ion contamination measurement, ion chromatography, and scanning electron microscopy with energy dispersive X-ray spectroscopy. Additionally, it features case studies on the cleaning efficacy of surfactants. We encourage you to download it and read through it. 【Contents】 ■ Introduction ■ What are ionic residues? ■ Analysis of ionic residues remaining on electronic substrates ■ Case study - Cleaning efficacy of surfactants - ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

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Evaluation Methods for Flux Cleaning / Added Value [Seminar Materials]

An explanation of the latest cleanliness analysis methods and the added value of using flux cleaning agents!

This document provides a detailed explanation of evaluation methods and added value in flux cleaning. It introduces "cleanliness analysis in flux cleaning," as well as "substances to be analyzed," "the impact of residual organic matter," and "the pathways and effects of ion contamination." Additionally, it includes an introduction to Zestron and examples of analytical methods. We encourage you to read it. 【Contents (partial)】 ■ Introduction to Zestron ■ Cleanliness analysis in flux cleaning ■ Substances to be analyzed (flux residues) ■ Substances to be analyzed (residues during sintering) ■ Impact of residual organic matter *For more details, please download the PDF or feel free to contact us.

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Cleaning technology required for sintered joint devices [Technical Document]

Introduction to the specific sintering cleaning process! Discussion of the differences from flux cleaning, etc.

This document explains the cleaning techniques required for sintered joining devices. It discusses the background for the need for cleaning in sintered joining devices and the differences from flux cleaning, as well as introducing specific cleaning processes. It also includes information on the selection of cleaning agents and methods, as well as cleanliness analysis after cleaning. We encourage you to read it. 【Contents】 ■ Introduction ■ The formation of contamination and the effects of residues in sintered joining devices ■ Selection of cleaning agents and methods ■ Cleanliness analysis after cleaning ■ Cleaning case studies ■ Conclusion *For more details, please download the PDF or feel free to contact us.

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Basic Knowledge of Flux Cleaning [Materials Being Distributed]

A clear explanation of the basics of flux cleaning, including the differences in cleaning agents and how to consider cleaning methods, which you may feel hesitant to ask about now!

This document explains the types and selection methods of cleaning agents and cleaning methods that are important when considering flux cleaning. It includes points to consider when examining flux cleaning methods, as well as discussions on the cleaning and rinsing processes and the drying process, providing a foundational understanding of flux cleaning. This is a useful resource for those who want to switch flux cleaning agents or are looking to start flux cleaning. 【Contents】 ■ What is flux cleaning? ■ Types and selection methods of cleaning agents - Water-based cleaning agents - Solvent-based cleaning agents *For more details, please refer to the PDF document or feel free to contact us.

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SDGs in Electronic Device Cleaners [Free Technical Document Download]

Balancing cleanliness and safety! A must-read for reviewing electronic device cleaning agents.

This document explains the requirements for electronic devices to achieve the SDGs and how cleaning of electronic devices should be approached from the perspective of the SDGs. It is recommended for those who are concerned about wanting to achieve "cleaning that balances low-risk performance and cleaning performance" or wanting to know "the cleaning technologies required for electronic devices." We have included content on "Cleaning of electronic devices and the SDGs" and "The need for low-risk cleaning agents for electronic devices," so please take a moment to read it. 【Contents (partial)】 ■ Introduction ■ Cleaning of electronic devices and the SDGs ■ The need for low-risk cleaning agents for electronic devices ■ Cleaning performance required for electronic device cleaning agents ■ "Chemical analysis" to ensure more reliable cleaning *For more details, please refer to the PDF document or feel free to contact us.

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Basic Knowledge of Flux Cleaning ver.2 [Technical Document]

A must-read for those who want to start flux cleaning! "Why wash? How to choose? How to analyze?" can be understood in this one book!

This document explains the key points for considering "flux cleaning methods," as well as the examination of "cleaning and rinsing processes," "drying processes," and the evaluation (analysis) of residues. It is recommended for those who want to start flux cleaning and for those who wish to gain a comprehensive understanding from cleaning to analysis. 【Contents (partial)】 ■ What is flux cleaning? ■ The purpose of flux cleaning and the fields where cleaning is required ■ Types of flux cleaning agents/methods and selection methods ■ The importance and methods of residue evaluation (analysis), etc. *For more details, please refer to the PDF document or feel free to contact us.

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360° Virtual Tour

Overwhelming technical and analytical capabilities of the cleaning agent manufacturer that supports high reliability, providing thorough support from cause analysis to optimization.

We are conducting a "360° Virtual Tour" where you can see the site of our cleaning process development, which brings together our achievements and know-how. We will introduce our Technical Center, which "creates" appropriate cleaning processes, and our Analysis Center, which performs "visualization" down to fine residues. After filling out the form available at the related link, we will send you a limited link for viewing. 【Features】 ■ Technical Center - We offer a wide range of cleaning equipment (spray, ultrasonic, immersion, batch, inline, etc.), and our team of specialized engineers will suggest the appropriate combination of equipment and cleaning solutions through cleaning tests. *For more details, please download the PDF or feel free to contact us.

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Why did 'silent degeneration' occur? - The correlation between insulation properties and resin bonding strength -

Introducing the mechanism of "silent degradation" that leads to the destruction of electronic devices without being noticed!

This document systematically organizes the mechanisms behind the deterioration of insulation properties and the instability of resin bonding strength, and explains advanced insights into surface design and cleaning technologies that are essential for high-reliability devices. It examines the technical background of why the fundamental aspects of "ensuring insulation" and "resin bonding strength," which should have already been technically resolved, have become issues once again. If you wish to learn about the concepts of surface design to prevent silent kill, please take a moment to read this. 【Contents (partial)】 ■ Introduction ■ A New Frontier in Insulation ■ Technical Challenges Due to High-Functionality Materials ■ Objectives and Effects of Resin Sealing *For more details, please download the PDF or feel free to contact us.

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