Automation PCB Manufacturer in India
Industrial automation PCB manufacturing for control panels, motor drives, and industrial hardware, built to withstand vibration, heat, and continuous-duty operation, in-house in Bangalore since 1983.
Design Complexity
The Engineering Challenge Behind Automation PCBs
An automation PCB rarely sits on a desk in a controlled environment. It lives inside a control panel next to a motor drive, on a factory floor that runs three shifts, or bolted to equipment that vibrates for its entire service life.
A board that would pass fine in consumer electronics can fail here: a hairline crack from vibration, a copper trace that can’t clear the noise off a nearby VFD, a via that gives out after the thousandth thermal cycle. And when a control board fails on a live production line, the cost isn’t a returned unit, it’s downtime across the whole cell.
Continuous Duty Cycles
Automation boards run 24-7 with thermal cycling that consumer-grade fabrication doesn't need to survive.
Electrical Noise
Motor drives and switching equipment sit inches from control circuitry, with no room for a noisy layout.
Product Portfolio
Industrial Automation PCB Manufacturing Capabilities
Five board types, each matched to a specific role inside industrial automation and control hardware.
- Multilayer PCB for Industrial Automation: Up to 24 layers for the routing density modern control panels and PLC backplanes need.
- Heavy Copper PCB for Industrial Automation: Higher copper weights carry the current loads motor drives and power stages put through a board.
- Controlled Impedance PCB: Signal integrity engineered into the stack-up for sensor buses, fieldbus lines, and industrial IoT communication.
- FR4 PCB: Standard-substrate fabrication for control boards and interface panels that don't carry RF or high-frequency signals.
- Quick Turn PCB: Accelerated fabrication for automation projects where a validation build can't wait on a standard production queue.
Application Areas
Where Our Industrial Automation PCBs Are Used
Industrial automation PCBs from PC Process go into equipment that runs unattended, is expensive to pull offline once installed, and often sits inside a panel that isn’t opened again until something goes wrong.
These boards support the control layer of manufacturing, from the sensor at the machine to the panel that runs the line, across defence, industrial, research, and commercial automation deployments throughout India.
PLCs and Control Panels
Multilayer PCBs handle the routing density modern PLC backplanes and panel-mounted controllers need.
Motor Drives and VFDs
Heavy copper PCBs carry the current loads variable frequency drives and motor control circuits put through.
Industrial IoT Gateways
Controlled impedance PCBs keep sensor and fieldbus communication clean on connected factory-floor hardware.
Sensor Interface Boards
FR4 builds handle the interface layer between field sensors and the control system reading them.
HMI and Operator Panels
Multilayer construction fits display and control circuitry into compact panel-mount enclosures.
Factory Automation and Robotics
Impedance-controlled and heavy copper builds support the signal and power demands of robotic control systems.
Our Advantage
Why Automation Teams Choose PC Process
Automation teams choose PC Process for the process discipline that keeps control-critical boards consistent across a production run, not just on the first unit.
One Roof, No Handoffs
DFM to final test stays in-house, removing outsourcing handoff risk on boards headed into an unattended panel.
Sub-25 Micron Accuracy
Laser Direct Imaging holds tight registration on dense, fine-pitch control board layouts.
Every Unit Tested
AOI, fly probe, impedance and CMI checks run on 100% of production, not a sample batch.
43+ Years, Certified
ISO 9001:2015 and LCSO JSS 52302 certified, manufacturing since 1983.
Our Production Process
How We Manufacture Automation-Grade PCBs
Every automation board at PC Process moves through one in-house pipeline, from Gerber file review to final electrical test, with nothing handed off outside the facility.
Step 1
DFM Review
Gerber files reviewed in-house before a single panel is imaged.
Step 2
Laser Direct Imaging
Sub-25 micron accuracy on outer layers, no film registration error.
Step 3
Fabrication and Lamination
Multilayer stack-up built and pressed under one roof, start to finish.
Step 4
100% Inspection
AOI, fly probe, impedance, and CMI testing on every unit, not a sample.
Quality Credentials
Certified for Industrial-Grade Reliability
ISO 9001:2015 and LCSO certified under JSS 52302, with 43+ years in PCB manufacturing and Bosch and Siemens among the clients we’ve supported.
Customer Feedback
What Our Clients Say
What is an industrial automation PCB manufacturer?
An industrial automation PCB manufacturer fabricates the multilayer, heavy copper, and controlled impedance boards used inside control panels, PLCs, and factory automation hardware, built to withstand vibration and continuous duty.
How is an industrial automation PCB different from a standard PCB?
What layer counts do you support for industrial control boards?
Do you manufacture heavy copper PCBs for motor drives and power stages?
Can you manufacture controlled impedance PCBs for industrial IoT and fieldbus applications?
Is your industrial automation PCB production fully in-house?
What inspection does every automation PCB go through?
Do you offer quick turn manufacturing for automation prototypes?
Are your industrial automation PCBs certified?
How do I get a quote for an industrial automation PCB project?
Quick Answers
Industrial Automation PCB: Common Questions
Straight answers to what design engineers and procurement teams ask most before sourcing PCBs for automation and control hardware.
