HMI responsiveness is decided by the silicon and board behind the glass, not by the graphic layer on top. PCI designs and manufactures HMIs for OEMs across smart home, industrial, medical, and specialty equipment, covering custom LCD (liquid crystal display) and OLED (organic light-emitting diode) modules, capacitive and resistive touch, ruggedised enclosures, and edge-AI-capable single-board computers. Over 50 years of electronics manufacturing discipline sits behind every build.
Creating a More Intuitive User Experience
Interface responsiveness is set by the input mechanism, display driver, and compute behind the glass, not by the graphic layer on top. Designing an effective HMI that is efficient and intuitive means resolving those layers together, so the touch registers cleanly and the control does not feel laggy in the hand.
Transform Our HMI Manufacturing Expertise Into Your Own
As an Electronics Manufacturing Services (EMS) company, we adapt HMI to the product, whether the build is a control panel for a commercial printer, an electronic console for fitness equipment, or an industrial tablet engineered to survive its operating environment.
Leading HMI Manufacturing Company
PCI stands at the forefront of HMI manufacturing, serving clients worldwide. Our engineering team excels in devising intuitive interfaces that simplify user interaction with machines. Through swift and adaptive design processes, we ensure rapid prototyping and seamless transition to high-volume automated production. Our strength lies in a robust network of industrial suppliers and mastery over diverse display technologies including TFT, custom LCD, OLED, 4K displays, touch panels,
PCI manufactures human-machine interfaces for OEMs worldwide, taking programmes from concept through rapid prototyping to high-volume automated production. The engineering covers the full HMI stack, tuned to the operating environment the product will live in:
- Display technologies: TFT (thin-film transistor), custom LCD, OLED, 4K panels, and cover-glass touch overlays.
- Input: capacitive and resistive touch, rubber keypads, polydome tact switches, voice recognition, and gesture and proximity sensing.
- Output: visual, audio, and haptic feedback, driven by display drivers and audio codecs matched to the compute layer behind them.
Behind the interface sits a robust industrial supplier network and a compute stack, single-board computers running NXP and MediaTek silicon, that decides whether responsiveness holds under sustained load.
Our Expertise
- Single Board Computer (SBC) - high performance and scalable processors such as NXP and Mediatek.
- Clean-room (class 10K) assembly of Capsense, resistive touch screens, rubber keypads, and polydome tact switches.
- IP69K rated enclosures.
- Ruggedized design for Industrial applications.
- Voice recognition.
- Artificial Intelligence (machine learning).