USB-C CONNECTOR STAMPING

A gear feeder can fit a USB-C connector progressive die when the job is fixed-pitch, mechanically synchronized and supported by a verified strip path. It is not automatically better than servo feeding, and the connector drawing alone cannot select a feeder.

Evidence boundary

The original universal tolerance, speed, yield and downtime claims were removed because they were not tied to a released HENLI model, press, die, material and test record.

Why USB-C strip needs a project-specific contact map

Identify shell or terminal, material grade, temper, plating, thickness, carrier width, progression, pilot holes, burr direction and visible/functional surfaces. The allowed roll and guide contact zones determine whether the strip can use a conventional roller path.

When gear feeding is a reasonable candidate

Review gear feeding when one pitch runs for long periods, the press offers a compatible drive relationship and the gear ratio, roll circumference, backlash and release mechanism can be verified. Use an NC servo architecture when frequent recipe changes, variable pitch or programmable motion outweigh the fixed-pitch advantage.

mechanical gear feeder for fixed-pitch stamping context
Original equipment image retained. Published product data—not this image—controls model capability.

Acceptance checks for the trial

  • Repeated progression measured over an agreed number of cycles.
  • Pilot entry and release without carrier distortion.
  • Plating and contact surfaces inspected to the agreed method.
  • Backlash, roll condition and restart state recorded.
gear feeder mechanism requiring press and die verification
Mechanism image retained as context; actual press interface and release geometry require engineering confirmation.

Continue with the right connector page

These pages answer different feeder and component questions.

What to send for an engineering review

Provide the part drawing, strip material and surface, width, thickness, progression, target production rate, press interface, pilot/release requirement, coil data, line layout and measurable acceptance criteria. A feeder family or model should not be selected from the part name alone.

Use the Roller Feeder RFQ checklist →

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