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SMT Electronics

Your partner for precision cleaning of electronic assemblies, detailed surface analytics, and the optimization of downstream process steps.

Power Modules

Thermomechanical stress and undefined surfaces affect quality and cost. With precise analytics and innovative surface treatment, we improve key factors for robust connections, broader process windows and long-term reliability.

Products & Services

Achieve the highest level of cleanliness for your components with effective cleaning agents, precise process control, and comprehensive analytics. Benefit from reduced waste, extended product lifespan, and compliance with the strictest standards.

Risk Assessment & Failure Assistance

Risk assessment and avoidance on electronic assemblies

Knowledge-Hub

Expert knowledge, success stories and webinars for the reliability of your electronic assemblies

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ZESTRON - Your partner for reliable electronics

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Knowledge-Hub

Video Series

Questions & Answers PCB Cleaning

08 |  What different systems are available for the cleaning process?

Learn how to efficiently monitor your cleaning processes in electronics manufacturing with ZESTRON solutions. Discover innovative technologies like ZESTRON® EYE for real-time monitoring and Bath Monitoring for continuous quality control.

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Monitoring cleaning processes in electronics manufacturing requires the control of key process parameters, such as the concentration of the cleaning medium, pH level, and solids content. These parameters are crucial for the cleaning results and must be continuously monitored to ensure consistent quality.

Learn more about monitoring cleaning processes in the video.

Reliable cleaning process

Cleaning PCBsGet More Cleaning Insights:

Three printed circuit boards are placed on a conveyor belt of a cleaning system. | © @The Sour Cherry Fotografie - Michaela Curtis

The Importance of Meticulous Assembly Cleaning for Successful Manufacturing

Efficiency, reliability, and quality start with clean assemblies: From heel cracks to lift-offs.

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A person stands in front of the cleaning machine to clean the stencils. | © @The Sour Cherry Fotografie - Michaela Curtis

Perfect Electronics Production Begins With a Clean Stencil

Prevent misprints in the production of electronic assemblies with thorough cleaning of stencils and screens.

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A green circuit board is used to carry out the ionic contamination (IC) using the ROSE test. | © @The Sour Cherry Fotografie - Michaela Curtis

Ionic Contamination on the Surface of Assemblie

Accurate measurement of ionic contaminants is crucial to ensure the reliability of your assemblies.

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A laboratory employee sits at his desk and looks at a picture of an electronic assembly on the computer screen to analyse the purity determination. | © @The Sour Cherry Fotografie - Michaela Curtis

Ensuring Maximum Technical Cleanliness for Your Electronic Assemblies

Tracking particulate contaminants on electronic assemblies through damage analysis and risk assessment.

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Two laboratory employees are in the analytical centre and carry out the ion chromatography analysis procedure. | © @The Sour Cherry Fotografie - Michaela Curtis

Flux Residues and Their Effects on Electronic Assemblies

Understanding the importance of flux residues and taking effective countermeasures.

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The image shows a close-up of an electronic assembly exposed to moisture. | © ZESTRON

The Underestimated Danger: How Moisture Affects Electronic Assemblies

Moisture can cause significant issues, so a good understanding of the risks and appropriate protective measures is crucial.

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Defect image of a printed circuit board with electrochemical migration - the dendrite formation is clearly recognisable | © ZESTRON

Electronic Assemblies: Risk Factor Electrochemical Migration

An Overview of Basics and Mechanisms of Electrochemical Migration

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Three power modules are half immersed in water and surrounded by water bubbles.

Why Cleaning Power Electronics Pays Off in the Long Run

Enhance the performance and lifespan of your systems by taking the crucial step of cleaning your power modules.

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