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Automatic Twist-Pin Crimping Machine

High-accuracy servo crimping for micro-rectangular twist-pin connectors

CRIMPING EQUIPMENT · LP-MC2024

Built for Stable, Repeatable Crimping Quality

Automatic Twist-Pin Crimping Machine in one sentence: The LP-MC2024 crimps twist-pin contacts used in micro-rectangular connectors for aerospace, defense and telecom interconnects. A servo drive with real-time force monitoring closes the loop on every stroke and logs the full crimp-force curve, so each joint can be proven rather than sampled.

Twist Pin Crimper
Twist Pin Crimper detail

The LP-MC2024 crimps micro-rectangular twist-pin (twist-pin) contacts used in aerospace, defense and telecom interconnects. A servo drive with real-time force monitoring closes the loop on every stroke, holding repeatable accuracy while logging full crimp-force curves to your MES.

  • Servo + pressure-sensor closed-loop force control
  • Digitized, storable crimp recipes per part number
  • 100% crimp-force curve monitoring with out-of-tolerance reject
  • One-button change-over between connector families
  • Overload protection and self-diagnostics for low downtime
  • MES / OPC-UA data export for full traceability

Typical applications: Aerospace & Defense · Automotive Electronics · Telecom & 5G / RF

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Where the Automatic Twist-Pin Crimping Machine fits

Where it does not fit

Not intended for loose-piece dual-wire parallel terminals, and not for flat-blade or large barrel terminals above roughly 1.5 mm wire diameter, because the applicator and force profile are tuned for small contacts. It also cannot compensate for a wrongly stripped wire, so strip length must be controlled upstream.

Automatic Twist-Pin Crimping Machine — Technical Data

ParameterValueUnitTest condition
Repeat accuracy±0.01mmServo stroke, no load to full load at the applicator
Wire range0.3-1.5mm²Depending on contact family and applicator set
Crimp force controlClosed-loop servo with pressure sensorPer cycle, window stored in the part recipe
Force curve monitoring100% of cyclesOut-of-tolerance strokes are rejected automatically
Change-overOne-button recipe changeBetween stored connector families
Data exportMES / OPC-UAConfigured at commissioning

Model comparison

ModelKey specificationsPositioning
LP-MC2024±0.01 mm, closed-loop force, MES exportTwist-pin crimping where every joint must be proven
LP-WC2024±0.01 mm servo force, per-cycle traceabilityTerminating wire onto twist-pin contacts rather than pre-crimped contacts
LP-DC20102 wires per stroke, 0.12-0.3 mm²Semi-automatic dual-wire work into loose terminals

Pricing, lead time and certifications

MOQ1 set
Lead timeConfirmed per order, depends on configuration
AvailabilityInStock
Quote termsWritten quotation within 24 working hours
CertificationsCE

Automatic Twist-Pin Crimping Machine — FAQ

What wire range does the LP-MC2024 handle?+
It covers roughly 0.3 to 1.5 mm² depending on contact family and applicator set. Send the contact part number and wire specification, and the application team will confirm whether your part sits inside the window before quoting.
How is each joint verified?+
Crimp force is monitored every cycle against a stored window, and the full force curve is logged. Strokes outside tolerance are rejected by the machine rather than passed to the next station or to final test.
Can the machine switch between connector families?+
Yes. Recipes are stored per part number including force window and stroke, and change-over runs from one control input. Physical tooling still has to be changed for a different contact geometry.
What traceability does it support?+
Per-cycle data can be exported over MES or OPC-UA, giving counts and force data per part. Configuration is done at commissioning, so state the requirement in the purchase specification.
What are MOQ, lead time and quote response?+
MOQ is one set. Lead time is confirmed per order and depends on configuration. Send the wire range, terminal or part number, target output and required standard for a written quote.
Do you support installation for overseas buyers?+
Remote commissioning and parameter tuning are offered for standard machines, plus sample part evaluation and on-site operator training for custom cells. English documentation and spare-part lists are included.

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Specifications

Technical Data

Crimping accuracy±0.01 mm
Applicable pin diameter0.3–1.5 mm
Throughputup to 1200 pcs/h
Control systemPLC + servo + force sensor
Data interfaceMES / OPC-UA export
Power supply220V / 50Hz
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Why It Matters

Where the Automatic Twist-Pin Crimping Machine Fits in Your Line

Connector and wire-harness production lives or dies on repeatability. Manual crimping and bench assembly introduce operator-to-operator variation, scattered process steps and rework that only surface at final test. The Automatic Twist-Pin Crimping Machine concentrates crimping equipment into a controlled, data-logging station so quality is built in, not inspected in.

It is most often specified for Aerospace & Defense, Automotive Electronics, Telecom & 5G / RF, where unstable accuracy, high scrap and slow delivery are the recurring pain points. Because recipes and process data are digitized, the same machine scales from low-volume, high-mix programs to high-volume production without re-engineering the cell.

Twist Pin Crimper in use
FAQ

Automatic Twist-Pin Crimping Machine — FAQ

Which connector types is the Automatic Twist-Pin Crimping Machine suitable for?+
It targets Aerospace & Defense, Automotive Electronics, Telecom & 5G / RF. Share your connector drawing or sample and we confirm fit, then store a validated recipe per part number.
Does the Automatic Twist-Pin Crimping Machine support MES / traceability?+
Yes. Production data — force curves, counts and per-cycle records — export via MES / OPC-UA for full traceability.
What throughput can I expect?+
See the Technical Data table for this model's rated output (pcs/h). Real-world rate depends on part complexity and feeding method.
Can you build a custom automated line around this machine?+
Yes. Beyond the standard machine we deliver custom turnkey lines based on self-developed patents and your specific process.