Industrial Panel PCs for Reliable 24/7 Operation
Engineered for long-term stability, flexible integration, and industrial-grade reliability — helping you define the right panel PC configuration for your application, environment, and lifecycle needs.
Why Industrial Panel PCs Are Used Instead of Commercial Devices
Industrial panel PCs are designed for environments and use cases where standard commercial hardware becomes unreliable. While consumer devices focus on performance and cost, industrial panel PCs prioritize stability, compatibility, and long-term availability — making them suitable for control systems, automation, and embedded applications.
Built for continuous 24/7 duty cycles with reliability-first design choices.
Industrial interfaces and mounting options reduce integration friction.
- Designed for continuous 24/7 operation
- Stable hardware platforms with controlled specifications
- Industrial I/O options (COM ports, dual LAN, GPIO)
- Long-term supply planning and lifecycle support
Share your environment, mounting, OS preference, and required I/O. We’ll recommend a stable configuration and confirm feasibility before sampling.
Industrial panel PCs are commonly used for HMI, automation stations, embedded equipment UI, and project-based deployments.
Stable 24/7
Designed for continuous operation with industrial-grade reliability focus.
Industrial I/O
Interfaces for automation and system integration (COM/LAN/USB/Video).
Consistency
Controlled specification planning for projects requiring stable supply.
Typical Industrial Panel PC Configurations We Support
Most buyers search by practical constraints (touch, I/O, mounting, protection, OS). This quick range overview helps engineering and procurement align the baseline faster.
- Common sizes: 7"–21.5" (custom sizes available)
- Brightness options based on installation lighting
- Anti-glare / bonding options for visibility
- PCAP multi-touch for modern UI
- Resistive touch for glove / wet operation
- Cover glass options for durability
- LAN / USB standard
- COM ports: RS232 / RS485 options
- Industrial integration-ready interfaces
- Panel mount / VESA options
- Front IP65 options for industrial stations
- Structure options for demanding environments
For project delivery, we align configuration stability with your lifecycle plan. Share annual volume and lifecycle expectations to improve long-term consistency.
Are You Facing Any of These Challenges?
These issues often appear when consumer devices are used in industrial projects. Industrial panel PCs are built to reduce risk and improve long-term stability.
Downtime risk
Failures from heat, dust, vibration, or long continuous runtime.
Touch usability
Gloves, moisture, cleaning, or false touches impacting operation.
Missing interfaces
No COM (RS232/RS485), insufficient USB, or unstable connectivity.
Mounting mismatch
Cutout size, depth constraints, or VESA requirements discovered too late.
Visibility issues
Glare, low brightness, or poor viewing angles in real installation lighting.
Supply uncertainty
Spec changes, inconsistent BOM, and difficulties in replacement planning.
More Than Hardware — Engineering-Oriented Support
We don’t simply offer panel PCs as standalone products. Our role is to help you define a configuration that remains stable throughout your project lifecycle — from evaluation and pilot runs to mass production.
- Engineering-driven configuration guidance
- Industrial-grade design choices (thermal, structure, connectors)
- Controlled BOM and specification consistency
- Support for OEM and system integration projects
Share your constraints early (environment, mounting, I/O, OS). It reduces iterations and improves project success.
Typical workflow: requirements → recommendation → sample → pilot → mass production (based on project needs).
System Image Preload & Batch Deployment Support
For project-based industrial panel PC deployments, we support system image preloading and batch storage preparation to reduce manual setup time and improve consistency during pilot runs and production rollouts.
When This Helps
- System image preloading for pilot runs and production batches
- Batch preparation of NVMe or SATA M.2 SSDs for consistent deployment
- Data consistency verification between source and target images
- Reduced manual installation time during system rollout
- Used as part of OEM and system integration delivery workflows
Share your OS, software stack, and rollout quantity — we’ll advise a practical deployment workflow and confirm feasibility early.
Typically used during pilot and production stages to keep storage preparation consistent across delivered units.
Note: This is an optional delivery support item — we recommend it when you need repeatable, batch-ready system preparation.
Typical Industrial Panel PC Solution Paths
Most projects start by defining the system platform and operating conditions — not by selecting a specific model. Below are three common solution paths we support.
Platform
Windows Industrial Panel PCs
Widely used in automation systems, HMI applications, and industrial control environments where software and driver compatibility is critical.
- Windows-based HMI / SCADA compatibility
- Flexible I/O configurations (COM/LAN/USB)
- Suitable for long-term industrial deployment
Interface
Android Panel PCs
Chosen for projects that prioritize fast boot time, ease of use, and app-based user interfaces — often in kiosk-style or dedicated-function systems.
- Intuitive touch experience
- Fast startup and low power consumption
- Great for fixed-function interfaces
Protection
Rugged Panel PCs
For applications exposed to dust, moisture, vibration, or frequent cleaning, rugged solutions add structural and environmental protection.
- Front IP65 or higher protection options
- Fanless thermal design for reduced maintenance
- Reinforced structure for demanding conditions
5 Key Factors That Determine the Right Panel PC
The goal isn’t “maximum specs”. The goal is a stable configuration that matches your application, integration needs, and lifecycle plan.
Decide first
- Operating environment: clean indoor, dust/oil, moisture exposure, temperature range
- Touch requirements: gloves, wet operation, cleaning methods, UI behavior
- Mounting method: panel mount, VESA mount, wall or kiosk installation
- Interfaces & connectivity: LAN, USB, COM (RS232/RS485), video outputs, GPIO
- System platform: OS (Windows/Linux/Android), CPU class, fanless preference
Copy/Paste Spec Summary for Inquiry
Display
- Size range
- Brightness target
- Anti-glare / bonding (optional)
- Installation lighting notes
タッチ
- Resistive or PCAP
- Glove/wet requirements
- Cleaning method
- Cover glass preference
System
- OS (Windows/Linux/Android)
- CPU class preference
- RAM / SSD target
- Fanless preference
I/O & Mounting
- LAN (1–2), USB count
- COM (RS232/RS485)
- Video output needs
- Panel mount / VESA
Providing this information helps us recommend a suitable configuration faster and reduces back-and-forth.
An Engineering-Driven Workflow for Touch Monitors & Panel PCs
Clear inputs. Clear deliverables. Faster validation, fewer surprises, and a stable path to mass production.
We align on your environment, target specs, interfaces, and mechanical constraints to confirm feasibility and surface key risks early (for both タッチモニター そして パネルPC).
- Size / resolution / brightness
- Touch type
- Interface (HDMI/DP/LVDS/eDP)
- Mounting
- Operating temperature
- Feasibility notes
- Risk items
- Recommended configuration direction
- Cover lens
- Glove / wet use
- Bonding preference
- EMI concerns
- Front IP target (if any)
- CPU platform / OS
- I/O list (USB/LAN/COM/CAN/GPIO)
- Power range & surge
- Thermal limits
You receive a solution summary with BOM direction, quotation, lead time, and a sampling & test plan aligned with your deployment conditions—designed to reduce rework before pilot and mass production.
- Quotation + solution summary
- Sample schedule
- Test checklist
- Display & touch performance in real conditions
- Thermal / environment checks as required
- Integration guidance and change-impact notes
- Brightness / contrast check
- Touch accuracy
- Glove-wet test (if needed)
- Temperature cycling
- Vibration (if needed)
- Basic EMI risk review
- Touch stack-up notes
- Bonding guidance
- Optical / visibility validation items
- I/O mapping
- Thermal approach
- OS image / BIOS options (as required)
We run a pilot first to lock performance stability, then scale to mass production with QC checkpoints, controlled documentation, and shipping coordination—aiming for a stable BOM そして predictable delivery.
- Production schedule
- IQC / IPQC / OQC inspection records
- Packing & shipping support
- BOM lock
- ECO / change control when needed
- Version traceability for long-term supply
Ready to start? Send your specs and we’ll return a technical direction & quotation after receiving complete inputs.
Best fit for: OEM/ODM projects, integration builds, mid-to-long term supply. Not ideal for: one-time consumer-grade pricing requests or incomplete requirements.
Panel PC Application Scope
Panel PCs are deployed as integrated HMI computing nodes in controlled systems, where OS image control, I/O mapping consistency, mechanical fit, and long-term availability are required.
Fixed-mount operator interfaces for PLC/SCADA-connected equipment where revisions support validation.
Panel-mount deployments where cutout, sealing concept, and service access are defined.
Line-side workstations where OS image, peripherals, and port mapping must remain consistent across batches.
Fixed-position terminals for dispatch, scanning, and status tracking where uptime and peripheral I/O matter.
Station-based inspection interfaces where validated workflows require controlled software and I/O changes.
Semi-public or restricted-access units where limited service access drives requirements for controlled deployment.
These deployments share a common requirement: the computing platform and I/O are specified as part of a controlled system, not treated as a replaceable office PC.
Have a defined OS, I/O, mounting, and lifecycle plan? Send your requirements for an engineering review.
よくある質問
Quick answers that help engineering and procurement align requirements early.
エンジニアリング・レビューの準備はできていますか？
あなたのアプリケーションと主な要件を共有する タッチモニター または パネルPC. 当社のエンジニアは、実現可能性、リスクを検討し、適切な構成の方向性を提案します。.