Industry · Industrial

Built for plants, not shelves.

Industrial electronics manufacturing for controllers, drives, sensors and power stages — wide-temperature part selection, EMC-compliant design review and burn-in before the box is closed. Machines that never stop need supply that never stalls.

Reliability for machines that never stop.

An industrial product is not a consumer product with a fancier case: it lives on a vibrating wall, next to a heat source, for a decade — and when it fails, a line stops. We engineer for that reality: wide-temperature BOM reviews in the DFM pass, EMC and filtering guidance against CE and FCC targets, 48h burn-in on the line, and a BOM control process that keeps every part buildable for the program's life. Ten years later, the same board comes off the same line — that is the product you are actually buying.

Assembly capabilities

Industrial control electronics and power stage on a soft white studio background

Seven things we refuse to compromise.

For every industrial program, these commitments are in the contract — not in the sales deck, and not in small print in the sales deck either.

Wide-temperature part selection — components reviewed and de-rated for extended temperature ranges in the DFM pass, not discovered on the first summerdesign review

EMC-compliant layout and filtering strategy, reviewed against CE and FCC targets before the board is fabricatedCE · FCC

Burning in every unit — 48h aging on the line for the products that must not fail in the field48h burn-in

Spare-parts support — long-lifecycle agreements so the same board, the same screen and the same drive section are still produced years after launchspares

Ruggedization options — conformal coating and potting applied on the same line that assembled the board, documented per unitcoating · potting

Long production lifetime — obsolescence-watched BOM revisions with alternate parts validated before the old ones vanishlifecycle

BOM control — revision lock, change notification and documentation you can audit at any point of the program, with part changes offered to you before they happenv-control

Where the discipline pays off.

Six application families we build for, each with its own board, assembly and enclosure demands — each one a small reference of what the network already ships.

Application 01

Industrial PCs

Box-build leaders, industrial motherboards and panel PCs — SMT to 58-layer stacks, enclosure, cable harness and burn-in under one roof, with the screen sourced from the group's own display lines.

Assembly details Application 02

Drives & Inverters

Power-stage boards thick enough for current, HDI options for the control side — with coating and potting for dusty, damp plant floors, and a test plan that mirrors the drive's actual load profile.

PCB capabilities Application 03

Sensors & Instrumentation

Signal-conditioning assemblies, precision part sourcing and 100% tested analog boards for measurement equipment — where the calibration readout is the product.

Sourcing policy Application 04

Power Supplies

Rack PDU and power modules from 36kW, 63A three-phase platforms — built by a network that burn-in tests its own power gear and holds billing-grade ±1% metering in the family.

Power builds Application 05

Robotics & AGVs

Camera boards, motor drive and safety-related builds with 48h aging, following the same quality gates as service-robot lines.

SMT & PCBA Application 06

Panel Meters & Meters

Display-sensing assemblies — from the group's own display network — boxed, branded and shipped FOB or DDP to 38 countries, with the exported reference manual at the box bottom.

Export desk

Specify the honest estimate.

Send the BOM and the environment it will live in — temperature, dust, vibration, service life. The engineering desk returns a DFM review and a fixed quote within 24-48 hours, with the burn-in plan spelled out and the spare-parts agreement as a separate, priced line — not a promise you have to chase.

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