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Industrial PCB Manufacturing & Automation PCB Solutions
We manufacture printed circuit boards for programmable logic controllers, factory robotics, motor drives, and process control systems — equipment that runs continuously, often for years without a planned shutdown, in an environment that’s dustier, hotter, and more vibration-prone than a typical commercial installation.
Table of Contents
What makes industrial PCB manufacturing different?
A board destined for a factory floor doesn’t get the controlled environment a data center or office device enjoys — dust, vibration, and wide temperature swings are the norm, not the exception, and the equipment is still expected to run around the clock.
That combination is why plant-floor electronics are typically evaluated against IEC 61010 safety requirements rather than a general commercial spec, and why environmental protection like IP67 sealing and conformal coating comes up on a meaningful share of the programs we quote.
If you’re scoping a new industrial automation program, those two guides are the right place to start.
Why Manufacturers Choose Us for This Sector
- IEC 61010-aware design and manufacturing support
- Environmental protection options — IP67 sealing and conformal coating — for harsh plant-floor conditions
- Thermal-aware stackup guidance for high-density rack deployment
- Multilayer and heavy copper capability under one roof, for programs that combine control logic and motor-drive current
- Track record across PLCs, robotics, SCADA, and factory sensor networks
What Industrial PCB Programs Require
-Reliability Built for Continuous-Duty Operation
Industrial buyers are qualifying a manufacturing process as much as they’re qualifying a part. A few requirements come up on nearly every program in this sector:
| Requirement | What it means in practice |
| Safety and process compliance | Plant-floor electronics are commonly evaluated against IEC 61010 safety requirements for industrial and laboratory equipment |
| Environmental protection | Dust, moisture, and vibration exposure often call for IP-rated sealing or conformal coating |
| Continuous-duty reliability | Equipment is expected to run for years without a planned shutdown, which shapes material selection as much as layout |
| High-current handling alongside control logic | Motor drives, VFDs, and power supplies often share a board with lower-current control circuitry — see PCB for Industrial Motor Drives and VFDs |
| Long-term supply and documentation | Multi-year equipment lifecycles need consistent sourcing and process documentation |
Where We Support Industrial Programs
“Industrial” spans everything from a single PLC card to a full factory sensor network — each with its own dominant requirement. Below are the application types we see most often.
| Application | What drives the requirement | Related reading |
| Programmable Logic Controllers (PLCs) | Reliable control-logic routing at the core of most automation systems | PCB for Programmable Logic Controllers (PLCs) |
| Industrial robotics & automation | Precision control electronics for manufacturing lines | PCB for Industrial Robotics and Automation Systems |
| Factory sensor networks (Industry 4.0) | Distributed sensing and monitoring infrastructure at scale | PCB for Factory Sensor Networks (Industry 4.0) |
| SCADA & process control | Supervisory control electronics for industrial processes | PCB for SCADA and Process Control Systems |
| Industrial HVAC control | Building and process climate-control electronics | PCB for Industrial HVAC Control Systems |
| Warehouse automation | Conveyor, sorting, and material-handling control boards | PCB for Warehouse Automation Equipment |
| Industrial IoT gateways | Connectivity infrastructure for factory data | PCB for Industrial IoT Gateway Devices |
| Industrial power supplies | High-current conversion and distribution boards | PCB for Industrial Power Supplies |
Specialized Industrial PCB Solution
Industrial Robotics & Automation PCB
Robotic controllers and motion-control systems push routing density and EMI resistance harder than most other plant-floor electronics. This page — shared with our Multilayer PCB product line — is built specifically for robotics and motion-control board sourcing.
Explore industrial automation PCB manufacturing →
PCB Technologies We Manufacture for Industrial Applications
Built on the Right Product Line for Your Program
Industrial programs typically specify a technology — multilayer or heavy copper — based on whether the board is carrying control logic, real current, or both. This section routes you to the manufacturing capability page that matches your application.
| Product line | Why industrial programs use it | Product page |
| Multilayer PCB | PLCs, sensor networks, and factory automation control electronics needing plane separation and routing density | Multilayer PCB manufacturer |
| Heavy Copper PCB | Motor drives, VFDs, power supplies, and other high-current industrial applications | Heavy copper PCB manufacturing services |
Assembly Support for Industrial PCB Programs
Beyond bare board fabrication, we provide turnkey PCB assembly for volume industrial production runs, prototype assembly for engineering validation builds, and mixed SMT/THT assembly for control boards that combine both component types on a single design.
See Turnkey PCB Assembly for Industrial IoT Devices, Prototype PCB Assembly for IoT Product Development, and Mixed SMT/THT Assembly for Industrial Control Boards for program-specific detail.
Certifications & Quality
Our industrial work runs under the same core quality system that governs our full product line, with the process controls and documentation continuous-duty applications require. See our certifications page for current quality certificates.
Browse other PCB products
- High-speed manufacturer — for next-generation 5G baseband units and core network routers that process terabit‑scale data streams across multiple 56G/112G SerDes lanes, where deterministic latency and channel‑to‑channel skew must remain within picosecond budgets to maintain link reliability across temperature extremes.
- HDI PCB manufacturer — for wearable health monitors and implantable neurostimulators that pack high‑density component placement into sub‑millimeter form factors, where sequential lamination and stacked microvias must achieve first‑pass yield without compromising long‑term biocompatibility under continuous physiological stress.
- High-frequency PCB manufacturer — for 5G millimeter‑wave small cells and automotive C‑V2X modules that transmit wideband modulated carriers across congested urban spectra, demanding low‑loss substrate behavior and tightly controlled Dk/Df stability from –40°C to +125°C to preserve EVM and meet emission masks.
Other industries we serve:
- Automotive PCB manufacturing
- Datacom PCB manufacturing
- Medical PCB manufacturing
- Power & Energy PCB manufacturing
- Railway PCB manufacturing
- Safety-critical PCB manufacturing
- Aerospace PCB manufacturing
- Telecom PCB manufacturing
What you want to ask
Frequently Asked Questions
Q: What standards apply to industrial PCB manufacturing?
A: IEC 61010 covers safety requirements for industrial and laboratory equipment, and is the standard most commonly referenced across this sector’s applications. Environmental protection standards like IP67 and conformal coating apply where equipment is exposed to dust, moisture, or vibration.
Q: Can you build boards that combine control logic and high-current motor-drive circuitry?
A: Yes — this combination is common in industrial automation and process control equipment. Our manufacturing capability pages for multilayer and heavy copper construction (Section 6 above: PCB Technologies We Manufacture for Industrial Applications) cover the two technologies typically involved.
Q: Do you offer environmental protection for harsh factory-floor conditions?
A: Yes — conformal coating and IP-rated protection are available where the application requires it.
Q: Do you manufacture boards for industrial robotics and motion-control systems specifically?
A: Yes — see our dedicated Industrial Robotics & Automation PCB page for application-specific detail on robotic controllers and motion-control electronics.
View All FAQs ≫
Contact us
Ready to discuss your industrial program?
Send us your specifications — including layer count, current requirements, and any environmental protection needs — and we’ll get back to you with a manufacturability review and quote.
Or contact email: [email protected]
