Made in Germany
Development and manufacturing at our site in Braunschweig.
The global e-mobility infrastructure is growing rapidly – and so are the technological demands placed on its hardware. The HMI (Human-Machine Interface) is the central physical point of contact between the user and the charging station. In outdoor environments, these interfaces must withstand extreme conditions – from scorching heat to heavy rain and frost.
For a charging station to operate reliably 24/7, a standard display simply isn't enough. What's needed is a technological symbiosis of robust PCAP touch, precise lamination, and professional optical bonding for displays.
1. PCAP Touch: Robustness Starts in the Cleanroom
At an e-charging station, the touchscreen must respond under all circumstances – whether it's raining, snowing, or the user is wearing thick work gloves.
🌧️ All-Weather Performance
Our PCAP systems are calibrated to distinguish moisture from genuine touch input. Ghost touches caused by rain are reliably eliminated.
🧤 Glove Operation
Precise touch recognition even with work gloves – reliably under all weather conditions in outdoor deployments.
- Precision Through Lamination: In our ISO Class 7 cleanroom, we laminate sensor films under strictly controlled conditions. This dust-free environment is essential to guarantee the long-term electrical stability of the sensors and proactively prevent failures caused by microscopic particle inclusions or ESD issues.
2. The Core Technology: Professional Silicone Optical Bonding
We achieve maximum brilliance and clarity by fully bonding the display and cover glass using a specialised two-component liquid silicone. This process is the benchmark for industrial outdoor applications.
Why we consistently rely on silicone:
☀️ UV & IR Protection
Charging stations are often exposed to direct sunlight. Our silicone bonding is fully UV-stable and will not yellow. We also integrate IR filters directly into the glass assembly to protect the panel from thermal overheating (the so-called black-out effect).
💧 Anti-Fogging
By eliminating the air gap, moisture can no longer condense inside the display. The screen remains clearly readable under all climatic conditions.
🌡️ Thermal Shock Resistance
The elastic silicone acts as a shock absorber during extreme temperature fluctuations and mechanical impacts.
3. Scalability: From Compact to Maximum Formats
Modern e-charging stations are increasingly evolving into multifunctional information hubs. This calls for larger displays to support advertising and intuitive user guidance.
- Automated up to 65 inches: For the mass market of fast-charging stations, we offer automated bonding processes up to 65", ensuring consistent industrial quality and high production volumes.
- Semi-automated up to 86 inches: For demanding solutions in public spaces, we scale our technology up to 86 inches – covering one of the broadest spectrums for industrial large-format displays on the market.
4. EMC and Safety in Focus
Especially during charging processes with high currents, electromagnetic compatibility (EMC) is critical for the reliable operation of touch systems.
🛡️ EMI Shielding
We integrate ultra-fine metal mesh structures that block interference signals and ensure the flawless operation of the touch controller.
🔒 Splinter Protection
In the event of severe damage, our optical bonding holds the glass assembly together. No dangerous splinters are released into the surroundings – an essential safety feature in public spaces.
Conclusion: Quality Is a Matter of Process
A display for modern charging infrastructure must be a technological powerhouse. With our expertise in cleanroom lamination and large-format silicone bonding, we deliver the hardware that makes your systems future-proof.
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