
Advanced Cable Machinery & Wire Manufacturing Equipment

Advanced Cable Machinery & Wire Manufacturing Equipment
Complete Cable Production Line Solutions

Key Benefits:
1.Increase production efficiency up to 40% with advanced wire drawing machine technology
2.Reduce material waste through precision control cable extrusion equipment
3.Achieve consistent quality with computer-controlled cable manufacturing systems
4.Customize your cable production line for specific product requirements
5.Benefit from expert installation and comprehensive after-sales support
Wire Drawing Machines
High-performance multi-pass wire drawing equipment for copper, aluminum, and steel wire production. Our wire drawing machines feature precision die systems, digital tension control, and production speeds up to 30m/s for optimal efficiency in cable conductor manufacturing.
Cable Extrusion Lines
Advanced PVC and XLPE insulation extrusion lines with multi-layer capability for power, data, and specialty cables. Our extrusion machinery delivers precise dimensional control and superior material distribution for high-quality cable jacketing and insulation.
Cable Stranding Equipment
Precision wire stranding machines available in planetary, rigid, and tubular configurations for all conductor types. Our cable bunching equipment handles single and multi-conductor stranding with optimal lay length control for telecommunications and power applications.


Cable Take-up and Coiling Systems
Automated cable spooling equipment and take-up systems with tension regulation for perfect winding of finished cable products. Our cable coiling machines handle products from 0.5mm to 50mm diameter with multiple packaging options.
Complete Cable Production Lines
Turnkey cable manufacturing plants integrating wire drawing, stranding, extrusion, and finishing processes. Our integrated cable production lines are custom-designed for each manufacturer's specific product range and facility requirements.
Rod Breakdown Machine

Multi-motor Series
Name | Multi-motor Series | ||
Machine Model | MSD450 | ||
Material | Cu | Al | |
MaxMachine Speed | 35 | 35 | |
Numbers of Wires | 1~2 | 1~2 | |
Inlet Diameter | 8.00 | 9.50-12.50 | |
Finished Wire Range | 1.00-4.50 | 1.30-4.50 | |
Numbers of Drafts | 7-15 | 9-15 | |
Drive Method | Individual drives | ||
Annealing Current | 4000-10000 | ||
Annealing Voltage | 60 | 80 |

Compact & Double-levels Series
Name | Compact&double-levels Series | ||
Machine Model | MSD450 | ||
Material | Cu | Al | |
Max Machine Speed | 35 | 35 | |
Numbers of Wires | 1 | 1 | |
Inlet Diameter | 8.00 | 8.00 | |
Finished Wire Range | 1.00-4.50 | 1.30-4.50 | |
Numbers of Drafts | 11-13-15 | 11-13-15 | |
Drive Method | Individual drives | ||
Annealing Current | 4000-6000 | ||
Annealing Voltage | 60 | 80 |

Gear-driving Series
Name | Gear-driving Series | ||||
Machine Model | SD450 | ||||
Material | Cu | Al | Al-alloy | ||
MaxMachine Speed | 30 | 30 | 30 | ||
Numbers of Wires | 1~2 | 1~2 | 1~2 | ||
Inlet Diameter | 8 | 9.50-12.50 | 9.50-12.50 | ||
Finished Wire Range | 1.00-4.00 | 1.30-4.50 | 1.30-4.50 | ||
Numbers of Drafts | 9-11-13-15 | 11-13-15 | 11-13-15 | ||
Drive Method | 2-3 motors with the gear box | ||||
Annealing Current | 5000-10000 | ||||
Annealing Voltage | 60 | 80 |

Dynamic Spoolers
Name | Down Coiler | Dual Spooler | Single Spooler | |
Machine Model | HT.MC 840 | HT.DD.630 | HT.WA1000 | |
Max Machine Speed | m/s | 30 | 30 | 30 |
Producting Range | mm | 1.20-3.50 | 1.20-4.50 | 1.80-3.00 |
Bobbin Size | mm | 1830*440*1100 | 630 | 1000 |
Max Capacity of Bobbin | KG | 2000 | 600 | 2000 |
Advanced Rod Breakdown Machines & Spoolers
Precision Cable Machinery for Efficient Conductor Processing
JOC Machinery offers a comprehensive range of high-performance rod breakdown machines and dynamic spoolers designed to meet the diverse needs of modern wire and cable manufacturing. Whether you're processing copper, aluminum, or alloy conductors, our machines ensure consistent quality, faster throughput, and seamless integration into your production lines.
Integrate rod breakdown and spooling into your production line today. Contact JOC for tailored solutions.

Rod Breakdown Machine – Gear-Driving Series (Model: SD450)
Materials: Copper, Aluminum, and Alloys
Wire Range: 1.0–4.0 mm (Cu), 1.3–4.5 mm (Al)
Drafts: 9–15 passes for high precision
Max Speed: 30 m/s
Drive: 2–3 motors via gearbox
Annealing: Adjustable voltage (60–80V) and current (5,000–10,000A)
Achieve consistent wire diameter and surface finish with energy-efficient gear-driving technology.
Dynamic Spoolers for Continuous Operation
Models: Down Coiler (HT.MC 840), Dual Spooler (HT.DD.630), Single Spooler (HT.WA1000)
Speed: Up to 30 m/s
Bobbin Capacity: Up to 2000 kg
Application: Copper and aluminum wire spooling from 1.2–5.0 mm diameter
Ensure smooth take-up and tension control in high-speed wire production with automated spool changeovers and heavy-duty build quality.
Rod Breakdown Machine – Multi-motor Series (Model: MSD450)
Materials Supported: Copper (Cu), Aluminum (Al)
Maximum Machine Speed: 35 m/min
Number of Wires: 1-2 (Cu), 1-2 (Al)
Inlet Diameter: 8.00 mm (Cu), 9.50-12.50 mm (Al)
Finished Wire Range: 1.00-4.50 mm (Cu), 1.30-4.50 mm (Al)
Number of Drafts: 7-15 (Cu), 9-15 (Al)
Drive Method: Individual drives
Annealing Current: 4000-10000 A
Annealing Voltage: 60 V (Cu), 80 V (Al)
Rod Breakdown Machine – Compact & Double-levels Series (Model:MSD450)
Materials Supported: Copper (Cu), Aluminum (Al)
Maximum Machine Speed: 35 m/min
Number of Wires: 1-2 (Cu), 1-2 (Al)
Inlet Diameter: 8.00 mm (Cu), 8.00 mm (Al)
Finished Wire Range: 1.00-4.50 mm (Cu), 1.30-4.50 mm (Al)
Number of Drafts: 11-13 (Cu), 11-13 (Al)
Drive Method: Individual drives
Annealing Current: 4000-10000 A
Annealing Voltage: 60 V (Cu), 80 V (Al)
Cable Machinery Applications

Power Cable Equipment

Telecom Cable Systems

Automotive Wire Machinery
Comprehensive Cable Machinery Support & Service

Service Offerings
Professional installation and commissioning
Comprehensive operator training programs
Preventive maintenance packages
Rapid spare parts delivery worldwide
Remote diagnostics and troubleshooting
Production optimization consultation
Equipment upgrade options

Support Availability
24/7 technical assistance
On-site service in 40+ countries
Remote video support capability
Multilingual technical documentation
Extended warranty options available
Cable Machinery FAQ
Explore Related Cable Manufacturing Equipment
Related Blogs
- Keeping an engine healthy starts with one habit: checking the oil correctly. The good news is you can do it in minutes with tools you already have. This guide gives you a quick, featured-snippet-ready answer, a step-by-step checklist, two handy comparison tables, and a plain‑English explanation of what your dipstick is telling you. Then, we connect the task to durable, leak-free oil system components you can upgrade through modern manufacturing—especially Metal Casting and Metal CNC Machining—using a single product hub so you can explore options or request a quote when you’re ready.
- A sharp mower blade gives cleaner cuts, healthier grass, and faster mowing. If you’re standing in front of a grinder wondering what grit flap disc to use, here’s the quick, practical answer—and a complete guide that also connects what you learn to larger Disc Blade maintenance, including Harrow Disc Blade use in agriculture and other Agricultural Machinery Parts. You’ll find a quick answer, a comparison table for grits, simple steps, mistakes to avoid, and how to source or upgrade blades and related parts through a manufacturing partner.
- You make an extendable robot arm by planning its shape. You pick good materials for the arm. You build the extension part and put all pieces together. You test the finished robot arm to see if it works. Choosing the right parts helps the arm stay steady and reach far. Many beginners have trouble with making the robot arm exact. They also find it hard to set up and keep the arm stable. You can solve these problems by trying new designs. You learn from each try. The steps are easy to follow, even if you are new to robotics.
- Brass is mostly an alloy made from copper and zinc. Sometimes, there are small amounts of lead, tin, or nickel in it. The mix of these elements changes how brass acts when you machine it. For example, if you use a cnc machine on brass, the right mix makes it easier and faster to work with. The table below shows the usual percentage range for copper and zinc in brass: