Automotive Cable Equipment

-- Steady & Reliable Manufacturer --

Intro

Our Automotive Cable Equipment is purpose-built for the fast-paced demands of modern vehicle wiring harness manufacturing. Whether you're producing cables for passenger cars, commercial trucks, or electric vehicles, our machines deliver the precision, speed, and reliability your production line demands. From multi-core twisting to high-precision extruding and cutting, every unit is engineered to meet tight tolerances while keeping cycle times competitive.

We understand that automotive OEMs and Tier-1 suppliers face relentless pressure on quality, cost, and delivery. That's why our equipment integrates seamlessly into existing automation frameworks and supports the full cable processing workflow — from wire feeding and stripping to terminal crimping and harness testing. With servo-driven mechanics and real-time PLC control, our machines help you build cables that pass the most stringent automotive standards, including IATF 16949 requirements.

Specification

Wire Gauge Range	0.13 mm² – 95 mm²
Max. Line Speed	Up to 2,000 m/min (model-dependent)
Extrusion Diameter	0.5 mm – 60 mm OD
Stranding Pitch Accuracy	±0.1 mm
Control System	Siemens / Mitsubishi PLC + HMI touchscreen
Power Supply	380V / 415V / 480V, 50/60 Hz (customizable)
Operating Temperature	0 °C – 45 °C ambient
Certification	CE, IATF 16949 compatible, RoHS
Communication Interface	RS-485, EtherNet/IP, PROFIBUS (optional)
Machine Footprint	Varies by model: 3 m – 18 m length

Application

Passenger Vehicle Wiring Harness: Produce high-flex, thin-wall insulated cables for interior control, lighting, and infotainment systems with consistent OD tolerance.
Commercial & Heavy-Duty Trucks: Manufacture robust multi-core cables rated for vibration, oil resistance, and wide temperature ranges.
Electric Vehicle (EV) Battery Cables: Process large-section copper or aluminum conductors used in high-voltage battery packs and motor drive circuits.
Sensor & Signal Cables: Produce fine-pitch, shielded twisted-pair cables for ABS, ADAS, and CAN bus wiring with minimal signal interference.
Charging Infrastructure: Manufacture flexible, high-current EV charging cables with superior bending fatigue resistance.
Automotive Lighting Systems: Process ultra-thin cables for LED strip lighting, headlamp assemblies, and indicator wiring.

Advantage

Automotive-Grade Precision: Servo-driven feeding and stranding systems deliver dimensional accuracy that consistently meets LV-112, FLRY-B, and ISO 6722 conductor tolerances.
High Throughput, Low Downtime: Quick-change tooling and automated reel loading reduce changeover to under 15 minutes — critical for high-mix automotive production.
Integrated Quality Control: Inline spark testers, laser diameter gauges, and defect-marking systems catch issues before they reach assembly.
EV-Ready Design: Capable of processing large-section (up to 95 mm²) aluminum and copper conductors required by next-generation EV platforms.
Low Scrap Rate: Precision tension control and active caterpillar traction minimize wire break events and oversize rejects.
Data Connectivity: OPC-UA and EtherNet/IP interfaces enable full MES/SCADA integration for production traceability and predictive maintenance.

Material & Structure

The core frame of our automotive cable equipment is constructed from heavy-gauge welded steel with vibration-damping epoxy coating, ensuring long-term rigidity under continuous multi-shift production. Load-bearing shafts and bobbins are precision-machined from hardened alloy steel, with tolerance verified by CMM before assembly.

Extrusion screws and barrels are fabricated from bi-metallic hardened steel (bimetallic barrel), offering exceptional wear resistance when processing abrasive automotive compounds such as XLPE, PTFE, or halogen-free polyolefin insulation. The electrical cabinet uses IP54-rated enclosures with filtered ventilation to protect sensitive servo drives and PLC boards from dust and coolant mist common in cable factories.

Main frame: Q235 / ST52 welded steel, powder-coated
Extruder barrel: Bimetallic hardened steel, HRC 60–65
Guide pulleys: Polished hardened steel or ceramic-coated
Control cabinet: IP54, stainless steel inner panel
Capstan surface: Hard chrome-plated or rubber-lined (model-specific)

Installation Tips

Foundation Preparation: Ensure the floor slab is rated for the machine's dead load plus dynamic load — typically a reinforced concrete pad of at least 200 mm thickness with embedded anchor bolt templates. Consult our layout drawing before pouring.
Leveling: Use precision wedge-type leveling feet and a digital spirit level. Machine levelness should be within 0.05 mm/m in both axes before final anchor torque.
Power Supply: Dedicate a separate circuit breaker panel for each line. Use shielded cables for servo drives and keep power and signal conduits separated to avoid EMI interference on HMI screens.
Cooling & Ventilation: For extruder lines, maintain ambient temperature below 38 °C. If coolant troughs are present, use deionized water with anti-corrosion additive, and purge air before initial startup.
Commissioning Sequence: Always run a no-load dry cycle first. Verify PLC parameter upload, e-stop function, and safety interlock activation before threading wire.
Operator Training: Our standard package includes 3–5 days of on-site commissioning and operator training. Remote support via TeamViewer is available for post-installation queries.

Comparison with Similar Products

Compared to standard industrial cable equipment not optimized for the automotive sector, our dedicated Automotive Cable Equipment lines offer several differentiated advantages:

vs. General-Purpose Extruder Lines: Our automotive lines include automotive-compound-specific screw geometry (L/D ratio 25:1 for XLPE, 20:1 for PVC), whereas general extrusion lines use a one-size-fits-all design that can compromise melt quality on thin-wall automotive insulation.
vs. Entry-Level Asian Competitors: While lower-cost machines may appear comparable on paper, our units ship with Siemens or Mitsubishi drives (not clone brands), offer full PLC source code access, and include 2-year spare parts support — critical for automotive production continuity.
vs. European Premium Brands: At roughly 30–50% lower investment cost, our machines match or exceed European build quality on core metrics (speed, diameter accuracy, uptime) while offering faster lead times and more flexible customization for special automotive cable formats.
IATF 16949 Alignment: Unlike generic cable machines, our automotive lines ship with documented process capability studies (Cpk data) to support your PPAP submission — a detail most competitors overlook.

FAQ

Q: Can your machines handle both copper and aluminum conductors for EV cables?
A: Yes. Our automotive cable equipment supports both copper and aluminum conductors, including large cross-sections up to 95 mm². The tension control and capstan parameters are software-configurable for the different mechanical properties of each material, so you can switch between them with a parameter set change rather than a tooling replacement.

Q: What insulation materials can the extruder process?
A: Our extruders are designed to handle all common automotive insulation compounds including PVC (FLRY/FLR type), cross-linked polyethylene (XLPE), ETFE, PTFE, silicone rubber, and halogen-free polyolefin (HFFR). Screw design is tailored to material — please share your compound data sheet during the inquiry stage so we can confirm compatibility.

Q: Does the equipment comply with IATF 16949 requirements?
A: The equipment is designed to be compatible with IATF 16949 production environments. It includes production data logging, alarm history recording, and process parameter traceability features. We also provide Cpk test documentation on critical dimensions to support your PPAP submissions. Certification of your manufacturing process remains with your quality team, but our machines are built to facilitate it.

Q: What is the typical lead time for delivery?
A: Standard models are typically available in 60–90 days from order confirmation. Customized lines with special tooling or non-standard voltages may require 100–130 days. We recommend early engagement during your project planning phase to align on the schedule.

Q: Is remote technical support available after installation?
A: Yes. All our lines ship with a remote access module (TeamViewer or VPN-based, per your IT policy). Our technical team can log in, review PLC alarm logs, adjust parameters, and guide your operators through troubleshooting in real time — typically resolving issues within 2–4 hours without the need for an on-site visit.