A well-designed wiring harness can dramatically improve system performance, reduce failures, and simplify maintenance – but how do you choose the right solution for your business?
Cablepoint manufacture reliable, custom wiring harnesses built to exacting standards, supporting industries from medical to military. This guide answers common questions and explains what makes a wiring harness solution truly cost-effective.
What Is a Wiring Harness?
A wiring harness (also called a cable harness or wire loom) is a bundle of cables or wires organised together with connectors, terminals, and protective coverings. Its role is to distribute power or signals across a system safely and efficiently.
Why Use a Wiring Harness Instead of Loose Wires?
Wiring harnesses:
- Keep cables organised and easy to install
- Reduce risk of abrasion, tangling, and misconnection
- Improve long-term durability
- Simplify servicing and fault-finding
- Offer protection from environmental stress (e.g. vibration, moisture)
What Makes a Wiring Harness Cost-Effective?
Cost-effectiveness doesn’t mean low-cost. It means achieving long-term value. A cost-effective wiring harness offers:
- A design tailored to the application — avoiding over- or under-engineering
- Efficient manufacturing through automated crimping, stripping, and tinning
- Long-term durability and reduced failure rates
- Ease of future upgrades or system expansion
Cablepoint combine in-house prototyping with automated equipment to balance quality with speed and value.
Benefits of a Well-Made Wiring Harness
- Faster installation with integrated connectors and pre-tested crimps
- Greater product reliability and fewer faults
- Simplified system integration and upgrades
- Reduced downtime due to robust construction
- Higher compliance with safety and industry standards (UL, IPC620)
Do You Offer Prototyping Before Full Production?
Yes. Cablepoint offers full prototyping services to:
- Validate design performance
- Refine material and connector selections
- Test assemblies in real-world environments
- Accelerate transition into full-scale production
This reduces cost, mitigates risk, and ensures better system compatibility.
Which Industries Use Cablepoint Wiring Harnesses?
Our wiring harnesses are used in critical and commercial sectors, including:
- Medical – Clean room-built, IPC-certified assemblies for surgical and diagnostic equipment
- Military – Mil-spec wire looms for harsh environments
- Automotive – Weather-resistant, overmoulded solutions for OEMs and retrofits
- Industrial & EV – Data and power harnesses built for vibration, thermal cycling, and long-term use
Wiring Harness vs. Cable Assembly – What is the Difference?
A wiring harness is a structured group of cables bundled together. A cable assembly can include single or multiple wires with connectors, overmoulding, or custom strain reliefs.
Cablepoint manufactures both — from simple single circuits to complex branched harnesses with data, signal, or power integrations.
What Equipment Does Cablepoint Use for Precision Manufacturing?
- SPC Crimp Testing Machines – Ensures crimp force consistency
- GLW Stripping Machines CS 60 – Delicate insulation removal with precision
- Artos & JST Automatic Tinning/Crimping – For high-volume accuracy
- Schleuniger Jacket Strippers – For complex outer jacket removal
- Clean Room Facilities – For F.O.D.-sensitive or sterile cable environments
Each stage is documented and tested for full traceability.
Do You Deliver Internationally?
Yes. Based in Hull, UK, we serve businesses across the UK and globally. Our scalable production lines and custom stock holding make us a reliable long-term partner for international supply chains.
Looking for a Wiring Harness Manufacturer You Can Trust?
Cablepoint brings together automation, technical expertise, and decades of experience to create dependable, cost-effective wiring harnesses.
Contact our team today to discuss your project requirements or request a prototype. Need help with your project? Contact our team today or explore our full range of cable assembly services.
