Wiring Harnesses
Why use a wiring harness?
Wiring harnesses organise and protect multiple electrical connections within a single managed assembly, helping reduce installation time, minimise wiring errors and improve long-term reliability.
By replacing individual wires with a pre-assembled harness, manufacturers can simplify product assembly while maintaining consistent routing and identification throughout production.
Typical benefits include:
- Reduced assembly time during product build
- Improved installation consistency
- Simplified routing within compact enclosures
- Enhanced cable protection and strain relief
- Easier servicing and maintenance
Custom wiring harness manufacturing
GTK manufactures custom wiring harnesses ranging from simple cable looms through to complex electromechanical interconnect systems.
Harnesses can incorporate:
- Power, signal and multicore cabling
- Connectors from leading manufacturers
- Protective sleeving and conduit systems
- Shielded and screened cable constructions
- Cable identification and strain relief features
Assemblies are manufactured to meet the electrical, mechanical and environmental requirements of each application, with full consideration for installation, durability and long-term reliability.
Where required, harnesses can be supplied fully tested and ready for integration into higher level assemblies or finished equipment.
Cable harness design & manufacturing considerations
Effective wiring harness design involves more than electrical connectivity alone. Routing, installation and long-term serviceability all influence performance within the finished product.
GTK works with customers to support:
- Cable routing within constrained enclosure spaces
- Bend radius and flex management
- Environmental sealing and protection
- Assembly efficiency and installation access
- Component selection and long-term availability
Although GTK operates as a manufacturing partner rather than a design consultancy, our engineering teams regularly provide design-for-manufacture guidance to help improve manufacturability, reliability and production efficiency.