A custom wire harness program needs more than commodity cable work. It requires wire gauge verification against current load, connector and terminal selection, branch breakout control, splice strategy, labeling, packaging, and test criteria that match how the harness will be installed in your product. FlexiPCB reviews drawings, BOMs, sample photos, and annual demand before release so you receive a quote with manufacturability feedback, sample timing, tooling assumptions, and a realistic production plan instead of a low headline price that changes later.
Machine builders need harnesses with branch labels, durable sleeving, controlled lengths, and connector retention that reduce assembly mistakes inside control cabinets, sensor trees, and moving equipment.
Medical OEM teams often require documented revisions, approved first samples, and clear test records so procurement and validation can release cable sets without informal shop-floor assumptions.
Low-voltage harnesses for displays, controls, lighting, and battery-adjacent modules need sealed connectors, abrasion protection, and repeatable pinout control under changing program revisions.
Battery racks, chargers, and power conversion products use custom harnesses where current rating, insulation spacing, labels, and service-friendly routing must all be defined before production.
Compact equipment and field-installed systems often need mixed connector types, exact branch geometry, and kit-level packaging so technicians can install the harness without rework.
We review your drawing, pinout, BOM, sample photo, application environment, and quantity plan. Missing connector or wire details are flagged before quotation so the scope is real.
Our team confirms branch dimensions, conductor size, termination method, labels, packaging, and test coverage. This is where risk is removed before purchasing commits.
Pilot samples are built for fit, function, and line-side validation. Approved samples become the reference for tooling setup, work instructions, and inspection criteria.
Production runs follow the approved revision with controlled material lots, in-process inspection, and electrical testing matched to the harness design and customer requirement.
Assemblies are packed to your line-side or field-service preference with labels, lot traceability, and available test or inspection documents sent back with the shipment.
We do not treat an incomplete drawing as a quoting shortcut. The review happens up front so cost, timing, and tooling assumptions are visible before you release the PO.
The same program logic carries from first sample to repeat orders, which reduces re-qualification work and prevents last-minute process drift after validation.
Sample lead time, MOQ assumptions, testing scope, and packaging expectations are defined clearly so purchasing can compare suppliers on the real total offer, not only unit price.
Because we also support flex tails, cable assemblies, and connectorized subassemblies, we can help when one product family mixes harnesses with FPC or custom cable sections.
The fastest quotes come from complete manufacturing data, not email summaries alone.
Harness drawing, pinout table, or marked sample photos showing every branch
BOM with wire UL style, gauge, color, connector, terminal, seal, sleeve, and label requirements
Sample quantity, annual demand, packaging method, and any required test report or certification
Useful for both engineering review and procurement comparison.
Quoted unit price, tooling assumptions, MOQ, sample timing, and production lead time
DFM feedback on branch layout, termination risk, sourcing issues, and test coverage gaps
Recommended sample-build and release plan with documentation and packing notes
A drawing or marked sample photo, connector list, wire gauge and color, pinout, quantity, and target lead time are the practical minimum. Without that, the quote will include more assumptions and more revision risk.
Yes. We can build qualification samples first, hold the approved reference, and then release repeat production against the same revision with test and packaging controls carried forward.
Yes, when the program requires it. Continuity and pin mapping are standard, while hi-pot, insulation resistance, pull-force, and dimensional records can be added based on the harness specification.
These external references help procurement and engineering align terminology around harness construction, quality expectations, and compliance context.
A neutral reference covering what a cable harness is, where it is used, and why routing, bundling, and protection matter in product design.
Useful background on the IPC standards ecosystem commonly referenced when teams discuss electronics workmanship and inspection language.
Helpful when your program requires UL-recognized components, safety file alignment, or a clearer discussion of certification and marking expectations.
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