A cable harness is an organized assembly of wires, cables, connectors, terminals and protective components designed to transmit power and signals between different parts of a system.
Yes. We manufacture cable harnesses according to customer drawings, specifications and application requirements. Each solution can be adapted to the electrical, mechanical and environmental requirements of the project.
For an accurate quotation, we recommend providing:
- wiring or harness drawings;
- BOM or component list;
- connector and terminal specifications;
- wire types and cross-sections;
- required quantities;
- testing requirements;
- environmental or industry-specific requirements.
If complete documentation is not available, our engineering team can review the available information and help define the project requirements.
Yes. We can analyze an existing cable harness, identify its components and connections, prepare the necessary documentation and reproduce or improve the design through reverse engineering.
Yes. We support projects from initial requirements and design development through prototyping, testing and serial production.
Yes. Prototype production allows the design, routing, connectors and electrical characteristics of the harness to be verified before moving to serial manufacturing.
Yes. We support custom and small-batch manufacturing as well as serial production. Production volumes and processes are selected according to the requirements of each project.
Our cable harness solutions are designed for demanding applications including:
- military and armored vehicles;
- aviation;
- special-purpose vehicles and machinery;
- industrial equipment;
- electrical and electronic systems.
Yes. Depending on the application, cable harnesses can be designed for operation under vibration, temperature variations, humidity, mechanical loads and electromagnetic interference.
Testing requirements depend on the application and customer specification. Typical inspections may include continuity testing, connection verification, electrical testing and visual inspection of assembly quality.
For demanding projects, additional environmental or application-specific tests can be defined.
We apply quality control throughout the manufacturing process, including visual inspection, connection verification and electrical testing according to project requirements.
For each project, the inspection and testing scope is defined based on the customer’s technical documentation and application requirements.
Yes. Depending on the project, production documentation can include harness drawings, BOMs, connection data, labeling information and testing requirements.
Yes. Our engineering team can analyze existing components and propose technically suitable alternatives when specific wires, connectors or terminals are obsolete or unavailable.
Any replacement is coordinated with the customer before implementation.
The main factors include:
- harness complexity;
- wire and cable types;
- connectors and terminals;
- protection and sleeving;
- production quantity;
- assembly operations;
- testing requirements;
- required documentation.
For serial projects, production optimization can significantly reduce the unit cost.
Lead time depends on harness complexity, component availability, production volume, required testing and documentation.
Prototype and serial production timelines are confirmed after reviewing the technical requirements and BOM.
Cable Harness FAQs
Common questions about design, production, testing and orders.
Send us your drawing, BOM, technical specification or existing sample together with the expected production quantity.
Our team will review the information and contact you to clarify the technical and commercial requirements.
Yes. Harness configurations can include power circuits, signal lines and mixed electrical connections according to the equipment architecture and project requirements.
Yes. We can manufacture cable harnesses using customer-approved wires, connectors, terminals and other components or assist in selecting technically suitable alternatives.
Lead time depends on harness complexity, component availability, production volume, required testing and documentation.
Prototype and serial production timelines are confirmed after reviewing the technical requirements and BOM.
The main factors include:
- harness complexity;
- wire and cable types;
- connectors and terminals;
- protection and sleeving;
- production quantity;
- assembly operations;
- testing requirements;
- required documentation.
For serial projects, production optimization can significantly reduce the unit cost.
