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In modern electronics manufacturing, the annual inspection of all ESD protection devices in accordance with DIN EN 61340-5-1 is a critical component of quality management; in practice, however, it often represents a significant source of additional effort.

The combination of electronic[...]

Consistent Soldering Processes Through Precise Analysis

Quality in the soldering process begins in the solder bath.
A stable and defect-free soldering process is crucial to the reliability of electronic assemblies. One of the most important factors influencing this process is the composition[...]

The True Cost of Manual Inspection Routines in Electronics Manufacturing
In modern manufacturing environments characterized by a wide variety of product variants and small batch sizes, as well as in SMT production, process reliability is the decisive factor for quality, efficiency,[...]

Electrostatic discharge (ESD) remains one of the most underestimated causes of quality defects and component damage in electronics manufacturing. When production lines resume operations in late summer after the summer shutdown and the EFX trade show is just around the[...]

A tiny spark—imperceptible to humans—is enough to cause irreparable damage to a highly complex assembly. Electrostatic discharges (ESD) are among the most common causes of hidden component damage in electronics manufacturing. The situation becomes particularly critical when components leave the[...]

Why ESD Protection Is Ready for the Digital Transformation
Paperwork during an ESD audit? Discover how digital asset tracking and automatic compliance checks make ESD protection ready for Industry 4.0.

In modern electronics manufacturing, everything revolves around innovation: high-tech components are becoming[...]

Why Many Employees Hesitate to Take on ESD Responsibility
In almost every company operating ESD Protected Areas (EPAs), there are employees responsible for implementing and maintaining ESD control measures. Yet when this role needs to be assigned to someone new, enthusiasm[...]

What Is ESD and Why Is It Dangerous?
Electrostatic Discharge (ESD) occurs when accumulated electrostatic charge is suddenly equalized between objects at different electrical potentials. This discharge takes place within milliseconds and often goes completely unnoticed by people.

For electronic components, assemblies,[...]

Electrostatic charges are part of our everyday lives, often without us even noticing. The small shock when touching a car door, the crackling sound when taking off a sweater, or hair becoming charged after removing a hat are all common[...]

ESD Equipment Only Protects When Its Performance Is Verified
Anyone handling ESD-sensitive components knows that a wrist strap or a pair of ESD footwear alone is not enough. What truly matters is that this equipment is tested on a daily basis[...]

How the ESD Multimeter Combines RFID-Based Testing of ESD Control Items with Digital Asset Management Directly Within the Device
In ESD-sensitive manufacturing environments, complete documentation is essential. Companies certified to—or working toward certification under—IEC 61340-5-1 or ANSI/ESD S20.20 require audit-ready records[...]

Step by Step to a Safe ESD Workstation
An effective ESD workstation does not happen by chance. It is the result of a well-designed combination of appropriate equipment, clearly defined processes, and regular, standards-compliant verification. But what does such a workstation[...]

Quality is not created by materials alone, it is created by people.
In electronics manufacturing, professional soldering is a critical skill. Defective solder joints can lead to product failures, rework, and significant follow-up costs. This is exactly where KEINATH soldering training[...]

ESD damage is deceptive. A component that continues to function after an electrostatic discharge event may still carry latent defects that only cause failure weeks or even months later under operating conditions in the field. By that time, tracing the[...]

When Modern Manufacturing Meets Outdated Measurement Technology
Today’s high-tech manufacturing environments are highly automated, digitally connected, and driven by maximum precision. Yet one critical area has long lagged behind this evolution: ESD measurement and testing technology.

At KEINATH Electronic, this led to[...]

Why ESD Protection Is More Than Just Protective Measures
In many disciplines, structured development models are already well established. Whether in marketing, sales, or lean management, complex topics are often visualized through funnels, pyramids, or maturity models that describe a journey[...]

Understanding Electrostatic Discharge, Identifying Risks, and Implementing Sustainable ESD Control Programs
Electrostatic Discharge (ESD) is one of the most common—yet often underestimated—causes of damage to electronic components and assemblies. ESD events are frequently invisible, inaudible, and leave no immediately visible signs[...]

Why Measurement Alone Is Not Enough
Measurements are performed in every ESD Protected Area (EPA). Personnel are tested daily using ESD personnel testers, work surfaces are verified, and flooring systems were tested during installation. At first glance, everything appears to be[...]

An ESD personnel tester is installed, commissioned, and integrated into daily operations. It performs reliable measurements. It displays “Pass.” The process works.

But the crucial question is: Will the system still meet technical, regulatory, and organizational requirements in five or ten[...]

Share Knowledge. Ensure Reliability. Shape the Future.
Electrostatic discharge (ESD) remains one of the most significant—yet often underestimated—risks in electronics manufacturing. At the same time, requirements for quality, process reliability, and traceability continue to increase. This is exactly where our new[...]