The invisible threat: How to truly protect electronics against ESD damage

The invisible threat: How to truly protect electronics against ESD damage

In the high-tech and electronics sector, the greatest danger lies in what you cannot see. Electrostatic discharge (ESD) is a silent spoiler that can irreparably damage microchips and printed circuit boards (PCBs). What makes this risk so insidious is the scale at which it occurs: to illustrate, an employee only feels a static shock starting at approximately 3,000 Volts, whereas a sensitive microprocessor is at risk of irreparable damage from a discharge of just 10 Volts. Many companies invest heavily in high-quality cleanrooms and tightly organized ESD-safe zones (EPA). Within that controlled environment, the process is well-organized. But what happens once the vulnerable electronics leave that room? And your premises? From that moment on, you are no longer present to guard your valuable technology. Damage often occurs unnoticed during storage, transshipment, or transport. The product passes internal quality control with flying colors, only to fail weeks later at the end user's location. The result: unexplained malfunctions, costly warranty claims, and reputational damage. Maintain control over your quality, even outside the cleanroom. Setting up a watertight ESD process requires a critical look at every link in the process, from the film on the packing table to handing over the outer box to the carrier. Moreover, by making smart combinations with shock-absorbing materials, such as ESD Corstat boxes with integrated antistatic foam, you absorb both physical and electrical impacts. Curious whether your current packaging method can withstand real-world conditions outside your company? Our specialists would be happy to analyze your logistical route and product sensitivity to formulate comprehensive advice.