Manufacturing & Quality Capabilities

Certifications, inspection systems, and traceability records that buyers verify before BOM lock.

• Project Documentation & TraceabilityBest fit for projects with connectors already chosen and either a starting drawing or a physical sample — every later sample, inspection, and batch maps back to one defined revision.
• IPC/WHMA-A-620 Cable & Harness ManufacturingBest fit for projects that already define IPC Class requirements, joining methods, inspection level, and record format. If the Class requirement is unclear or the BOM is still moving, run engineering review first.
• ISO 9001 Quality Management SystemBest fit for projects that need a supplier QMS evidence path for onboarding, customer audits, internal audits, or end-customer review. It works alongside IPC assembly requirements and 100% electrical testing rather than replacing them.
• ISO 13485 Medical Device ManufacturingBest fit for projects already inside a medical-device workflow or preparing for medical supplier qualification. Industrial projects without medical use intent should usually use the ISO 9001 capability path.
• 100% Electrical TestingUse this page to decide which electrical method can detect the stated failure mode, what input defines acceptance, how much of the batch is covered, and what the resulting record can and cannot prove.

Pre-production engineering support: DFM, drawing control, reverse engineering, and rapid prototyping.

• Engineering Review & Drawing ControlBest fit for programs that have an initial connector choice and a starting structure; reverse review is available for legacy replacement programs. Not a substitute for the customer's system-level validation.
• Free DFM ReviewBest fit for first-pass RFQ review when a drawing, sample, or installation constraint is available. Deep engineering review and reverse engineering are handled under separate capability paths.
• Build-to-Print ManufacturingBest fit when the customer drawing is mature and should not be changed freely. The released package defines materials, cut and strip dimensions, the approved crimp, solder, IDC or other termination method, shielding and strain-relief construction, critical-to-quality checks, and final electrical release. Incomplete drawings should run through engineering review or DFM first.
• Cable Reverse EngineeringBest fit when a physical sample exists but the original drawing, BOM, or process records are missing. If a full drawing already exists, build-to-print is usually the cleaner route.
• Rapid Prototyping ProgramBest fit for RFQ-to-sample projects that need fast validation. Once samples move into production, the project follows the normal low-MOQ / high-mix production rhythm.

How our production cells handle low-MOQ, high-mix, and multi-version cable assembly projects.

• High-Mix, Low-Volume ManufacturingBest fit for programs that move from samples into pilots, order several active part numbers in small repeat batches, or need controlled legacy replacements. It is not a fixed-quantity MOQ offer and does not replace a program-specific capacity, material, tooling, test, or delivery review.