Industrial PCB & PCBA Manufacturer
GNS Group – Industrial PCBA Solutions for Demanding Environments
GNS Group specializes in industrial PCBA solutions designed for long-term performance in harsh environments. Our boards are built to handle vibration, temperature shifts, humidity, and continuous operation—making them ideal for automation, control systems, and factory equipment.
From engineering to assembly, we ensure accuracy, durability, and stability in every board. If your application demands reliable electronic control under tough conditions, GNS Group delivers practical, high-quality PCBA manufacturing you can trust.
GNS Group – Industrial PCB & PCBA Manufacturing
We specialize in multilayer industrial control boards, supporting both small and large volume orders. Our process begins with your design files, followed by engineering review and a clear production plan.
Each project is handled by a dedicated project manager and supported by our in-house teams for procurement, engineering, and quality control.
GNS Group is a practical choice for companies seeking consistent quality, flexible service, and stable delivery for industrial electronics manufacturing.
- PCB Manufacturing
- IC Programming
- Component Procurement
- PCB Test
- Reverse Engineering
- PCB Prototype
- Mechanical Assembly
- PcB Assembly
- Lead free PCB Assembly
- BGA Assembly
- Conformal Coating
- Surface Finishes
Industrial Circuit Board Sample Display
Industrial Circuit Board Sample Display
| Maximum number of layers | 36 |
| Board thickness | 0.236″ |
| Maximum Panel Size | 23.62″ x 39.37″ |
| Impedance tolerance | -/+ 8% |
| Minimal Laser Drilling | 0.003″ |
| Minimal Mechanical Drilling | 0.006″ |
| Min trace and space | 0.003″ |
| Drilling process | Through Holes |
| Buried vias / Blind vias / HDI |
- SIL (Safety Integrity Level)
Measures the reliability and risk reduction of Safety Instrumented Systems (SIS) used in industrial environments. It ensures the performance of safety systems in controlling hazardous processes. - IEC 61511
An international standard providing guidelines for the design, installation, and operation of SIS in the process industry. It ensures functional safety across the system lifecycle. - IPC-6012
Defines the performance and qualification criteria for rigid PCBs, including requirements for materials, conductor patterns, vias, and surface finishes. It ensures structural and electrical reliability. - IPC-2221
Outlines the generic design standards for PCBs, including layout rules, trace spacing, via configurations, and mechanical tolerances. It’s the foundation for consistent, manufacturable PCB designs. - UL 94
A flammability standard for plastic materials used in electronic assemblies. PCBs compliant with UL 94 are made from flame-retardant materials, enhancing fire safety in industrial applications. - RoHS Compliance
Restricts the use of hazardous substances (e.g., lead, mercury, cadmium) in electronic and electrical equipment. Industrial PCBAs must meet RoHS to align with global environmental and safety regulations.
Industrial Control PCBA Solutions by GNS Group
Industrial control boards are purpose-built circuit assemblies designed for reliable performance in automation and process control environments. Unlike off-the-shelf commercial boards, they are tailored to meet specific mechanical, electrical, and environmental requirements. Typical functions include interfacing with sensors, motors, actuators, and other industrial equipment via general-purpose I/Os.
These boards can be specialized for applications such as temperature regulation or motion control. A typical example is a temperature control board that reads thermocouple signals and drives heating elements through output relays or contactors.
Constructed on non-conductive substrates with copper traces, industrial PCBs can be single, double, or multilayer, depending on the system complexity. Rigid, flex, or hybrid structures are used to meet integration demands. Embedded programmability is often included, enabling users to configure functionality through microcontrollers, FPGAs, or other programmable logic. Communication interfaces such as RS485, CAN, and Ethernet allow seamless integration with industrial systems.
Manufacturing such boards requires precise process control, from layout review and DFM analysis to SMT assembly and functional testing. Key performance metrics include thermal stability, signal integrity, and long-term reliability.
