Where industrial panel PCs are actually used
An industrial panel PC is a display, a computer and an operator interface in one sealed enclosure. That combination makes it useful anywhere a standard PC would fail: dusty factory floors, wet food-processing lines, hospital corridors, vehicle cabs, outdoor kiosks and 24/7 retail counters.
Below are twelve industries where we see consistent demand, with the specification details that matter in each one.
1. Factory automation and machine control
Panel PCs replace traditional HMI terminals when the machine needs more computing power, a larger screen or a full operating system. Typical installations are CNC machines, packaging lines, injection moulding, textile equipment, printing presses and welding stations. The key requirements are IP65 front sealing, fanless cooling, wide-temperature operation, RS232/RS485, Ethernet and a 4:3 or 16:9 screen that fits an existing cabinet cut-out. Industrial touch panel PCs with X86 or ARM platforms cover both legacy Windows software and modern Android HMI.
2. Process control and SCADA
Chemical, pharmaceutical, water-treatment and energy plants use panel PCs as SCADA terminals. The specification usually includes a stainless-steel or aluminium front, IP66 sealing, wide voltage input, dual LAN and long-term component availability. Because these systems run for a decade, buyers ask for a five-year supply commitment and a documented second source for the LCD.
3. Medical and healthcare
Medical cart PCs, operating-room displays and clinic check-in terminals need a sealed front, low noise, low leakage current and a screen that can be cleaned with disinfectant. Capacitive touch with glove support is preferred, and the enclosure must be easy to wipe down. Our medical panel PCs are built around these requirements.
4. Retail and point of sale
POS terminals, self-checkout lanes, click-and-collect desks and shelf-edge displays all use touch computers. Retail buyers care about cost, reliability and a small footprint. A 15-inch or 15.6-inch fanless panel PC with a capacitive touch screen and a VESA mount is the most common configuration.
5. Quick-service restaurants
Self-ordering kiosks, kitchen display systems and drive-through screens need high brightness, grease resistance and a touch surface that works with gloves. The trend is towards 21.5-inch and 27-inch portrait displays with Android or Windows and a cloud management agent.
6. Logistics and warehouse
Forklift-mounted terminals, picking stations, dock-door displays and warehouse dashboards use rugged panel PCs with sunlight-readable screens, vibration resistance and wide voltage input. Barcode scanner and RFID integration are common. Where mobility is required, a rugged tablet replaces the fixed terminal.
7. Transportation and smart mobility
Bus, rail, taxi and fleet terminals need wide voltage input, ignition control, shock and vibration resistance, and a screen that remains readable in daylight. The same hardware is used for passenger information, ticketing and driver consoles.
8. Building automation and access control
Lobby directories, intercom panels, meeting-room booking screens and access-control terminals are increasingly built on Android panel PCs. PoE, GPIO, relay outputs and a slim flush-mount bezel are the differentiators.
9. Energy, EV charging and utilities
EV charging stations, solar inverters, battery storage and smart meters need outdoor-rated displays with high brightness, anti-glare glass, wide-temperature operation and remote management. A 10.1-inch or 15-inch panel PC with IP65 front sealing is the typical choice.
10. Education and training
Classroom displays, lab benches and training simulators use large interactive flat panels or panel PCs. Multi-touch, pen input, anti-glare glass and a durable surface are more important than raw processor speed.
11. Hospitality and tourism
Hotel check-in kiosks, restaurant menu boards, museum guides and exhibition interactives need a clean design, quiet operation and reliable touch. Fanless panel PCs and commercial digital signage cover most of these installations.
12. Agriculture and outdoor field work
Greenhouse controllers, irrigation systems and farm machinery terminals need sunlight-readable displays, IP65 sealing and wide-temperature operation. Rugged tablets and outdoor monitors are often used together: a fixed display in the cab and a portable tablet in the field.
How to specify the right panel PC
| Requirement | What to specify |
|---|---|
| Environment | IP65/IP66 front, operating temperature, dust, moisture, vibration |
| Touch | PCAP for multi-touch and glove input; resistive for pen and low cost; IR for large sizes |
| Platform | X86 Windows/Linux for MES, SCADA and vision; ARM Android for kiosks and signage |
| Display | Size, resolution, brightness, aspect ratio, anti-glare or optical bonding |
| I/O | RS232/RS485, LAN, USB, GPIO, HDMI, CAN bus, PoE |
| Mounting | Panel mount, VESA, wall mount, desktop, flush mount |
| Lifecycle | Board availability, spare parts, warranty, firmware updates |
Frequently asked questions
What is the difference between an industrial panel PC and a commercial all-in-one PC?
An industrial panel PC is designed for continuous operation, wide temperature, dust and vibration, with industrial I/O and a sealed front. A commercial all-in-one PC is designed for office or retail use and usually has a shorter lifecycle.
Can a panel PC run both Android and Windows?
Not simultaneously in the same module, but many projects use an OPS slot or a dual-platform product family so the display can be paired with either platform.
Which size is most common?
10.1-inch, 15-inch and 21.5-inch are the most common sizes for industrial control and kiosks. 7-inch and 32-inch cover the small and large ends of the range.
Find the right configuration
Tell us the industry, environment, size, platform and quantity. We will recommend a configuration from our touch all-in-one range, send a drawing and quote a factory price within 24 hours on working days.