Industrial Control PCB manufacturing

Industrial Control & Automation

PCBs Built for the Factory Floor

Motion controllers, servo drives, PLCs and robotics boards that survive heat, vibration and 24/7 duty cycles. Engineered for long service life in harsh industrial environments.

Up to 6oz
Copper Weight
-40~130°C
Temp Rating
1–30
Layers
IPC Class 3
Standard

What We Build

From the sensor edge to the motor drive.

PLC & I/O Modules

High-layer-count controllers with isolated I/O, dense routing and long-term availability.

Servo & Motor Drives

Heavy-copper power stages that handle high current and thermal cycling without delamination.

Robotics Controllers

Compact multi-axis motion boards with EMI-controlled layouts for precise, repeatable motion.

Sensors & HMI

Rugged sensor front-ends and operator panels rated for dust, vibration and wide temperatures.

Industrial Control

Why AtlasPCB for Industrial

Reliability is the spec, not a bonus.

Built to Last

High-Tg laminates, IPC Class 3 build options and thermal-stress testing for boards that run for years.

Power-Ready

1–6oz copper for high-current motor and power stages, with impedance control where you need it.

Long-Term Supply

Consistent stackups and material traceability so your production board stays buildable for years.

Human Engineering Review

Every order gets a CAM/DFM check before fabrication — we flag issues before they cost you a run.

Key PCB Requirements

  • High-Tg FR-4 (Tg 150/170) for thermal endurance
  • Heavy copper (2–6oz) for power and motor drives
  • Extended temperature operation, conformal-coating ready
  • IPC-A-600 Class 2 or Class 3 acceptance

Recommended PCB Types

FAQ

Industrial Control FAQ

Yes. We build heavy-copper boards from 2oz up to 6oz for servo drives, inverters and motor controllers, with the trace/spacing rules verified for your current and thermal budget.

We use high-Tg laminates (Tg 150/170) and can advise on material and surface finish selection for -40°C to 130°C operation and conformal coating.

We lock stackups and provide material traceability so the same board can be reordered reliably across your product lifecycle.

Ready to build a rugged control board?

Upload your files for a free engineering review and instant quote.