Solution

Medical Device Connector Verification for R&D and Manufacturing

Plan connector verification from prototype evaluation and design verification through supplier qualification, incoming inspection, release testing and periodic review.

Medical device connector engineering verification and comparison workspace
R&D and manufacturing verification

Standard, interface, method, fixture, measurement and records reviewed together.

Planning principle

Connect design decisions to repeatable connector verification

Manufacturers may need different controls during prototype evaluation, design verification, supplier qualification, incoming inspection and release testing. The setup should follow the product lifecycle and the applicable connector requirement.

  1. 01Prototype evaluation
  2. 02Design verification
  3. 03Supplier qualification
  4. 04Incoming inspection
  5. 05Production / release testing
  6. 06Periodic verification
Product lifecycle

Medical device connector verification from R&D to production

Use a consistent reference interface and measurement approach while adapting the depth of verification to each lifecycle stage.

Design & Prototype Verification

Compare prototype connector behavior against the relevant reference interface and intended assembly condition.

  • Reference interfaces
  • Prototype comparison
  • Fixture adaptability
  • Functional verification

Design Verification

Define the applicable method coverage and repeatable measurement conditions for formal verification work.

  • Applicable methods
  • Controlled assembly
  • Repeatable measurement
  • Engineering records

Supplier Qualification

Use controlled reference interfaces and selected checks to compare connector samples from proposed suppliers.

  • Connector comparison
  • Incoming samples
  • Reference interfaces
  • Recorded results

Incoming Inspection

Use gauges and selected functional checks for characteristics included in the incoming inspection plan.

  • Gauge checks
  • Selected functional checks
  • Lot identification
  • Acceptance records

Production / Release Testing

Apply repeatable fixtures and selected verification methods at the frequency defined by the quality plan.

  • Repeatable fixtures
  • Selected methods
  • Release criteria
  • Result traceability

Periodic Verification

Control reference products, calibration status and measurement records over the equipment lifecycle.

  • Reference product control
  • Calibration status
  • Periodic checks
  • Measurement records
Configuration decisions

Define the verification scope for the current lifecycle stage

Product stage
Prototype, design verification, supplier qualification, incoming or release
Connector
Application family, DUT side and mating interface
Comparison
Reference connector, gauge or approved comparison sample
Method
Functional, mechanical or dimensional result required
Control
Fixture, assembly condition and repeatability expectation
Evidence
Drawing, method, report, calibration and traceability records
Engineering review

Review the connector verification plan with engineering

Provide the product stage and available connector information so the reference interface, method and fixture scope can be reviewed before quotation.

  • Product and lifecycle stage
  • Applicable standard
  • Connector family and DUT side
  • Prototype or production drawings
  • Required verification methods
  • Expected records and quantity