CONNECTOR CONTACT STAMPING

Connector contacts may use copper alloy, plated strip or another drawing-controlled material. A reliable line is defined by the carrier, contact zones, die progression, pilot action, strip support and collection method—not by a generic “high-speed” label.

Evidence boundary

This is an application-planning page, not proof of a named customer line. Material, dimensions, rate, surface result and feeder model must be verified from the actual project record.

Define the stamped contact before choosing the feeder

Freeze the contact geometry, carrier width, strip material and temper, plating, burr direction, thickness, progression and allowed contact zones. A pin, receptacle, spring contact and shield terminal may require different handling even when all are called connector parts.

Choose the architecture from the production pattern

  • Mechanical roller feeder: review when pitch is fixed, the press supplies a compatible mechanical relationship and roll contact can be accepted.
  • Gear feeder: review for a fixed-pitch, mechanically synchronized high-cycle line where ratio, release and press interface are proven.
  • NC servo feeder: review when recipes, variable pitch, frequent changeover or programmable motion lead the decision.
connector contact strip stamping context
Context image retained from the original page; it does not establish material, rate or feeder acceptance for a new project.

Verify the complete strip path

Check payoff tension, leveling need, side-guide contact, roll or clamp contact, pilot release, die drag, lubrication and downstream collection. Record repeated pitch, carrier deformation, plated-surface condition and sample quality at controlled speed stages.

roller feeder equipment used as application context
Feeder image retained for context. Select the actual model only after strip, press and die data are confirmed.

Related connector resources

Use the page that matches the component and line decision.

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 →

Related Products

Explore complementary Henli equipment for complete coil handling, feeding, leveling, and lubrication workflows.

Decoiler machine for metal coil feeding lines Decoiler Machine Motorized and manual coil uncoiling options for stamping, roll forming, laser cutting, and shearing lines. NC servo feeder for press feeding automation NC Servo Feeder High-precision servo roll feeding for power press and punching machine automation. UL 2-in-1 decoiler straightener for coil stock UL 2-in-1 Decoiler Straightener Compact decoiling and straightening for 0.35-3.2 mm coil stock in stamping lines. Precision sheet metal leveler and coil straightening machine Precision Sheet & Coil Leveler Precision leveling for coil strip and cut sheets where flatness and surface protection matter. Gravity feed stock oiler for press feeding lines Gravity Feed Stock Oiler Stock lubrication systems for controlled oiling before stamping, forming, or feeding operations.