Antenna
Cable Assemblies.

Why this is relevant — Antenna feeder cables share the deviation management process signal-integrity discipline this imaging program required.

An imaging OEM experienced a critical production halt due to high impedance defects in a micro-coaxial cable assembly used for a beta production series.

Challenge

A significant share of an AWG#40 micro-coax 1:1 assembly lot failed due to high impedance, leading to order cancellation, a demand for refunds, and a major trust deficit.

Solution

Halted production immediately and conducted joint technical analysis with the customer's engineering team to identify the root cause (specification definition and testing method mismatch). Updated specifications, provided new test reports, manufactured new samples, and processed a replacement order for the defective units.

Result

Successfully resolved the quality complaint, secured a full replacement order for the defective lot, and maintained the long-term partnership despite the severe initial defect rate.

Why this is relevant — Antenna feeder cables share the deviation management process signal-integrity discipline this test measurement program required.

A test & measurement manufacturer reported a resistance measurement discrepancy on a newly delivered custom coaxial probe cable.

Challenge

The customer's VP of Operations found the measured resistance differed from expectations, which threatened the acceptance of a test batch and the subsequent large-scale production plan.

Solution

Our engineering team collaborated directly with the customer's technical lead to review the test data, identifying that the discrepancy was due to the customer using outdated internal reference data. We jointly confirmed the new, correct resistance requirements for moving forward.

Result

Resolved the technical dispute amicably, secured acceptance of the test batch, and maintained the pipeline for the bulk order.