High-speed drawing lines, continuous annealing systems, and precision stranding equipment — engineered for production professionals who need real data, not brochures.
Every wire break at 40 m/s is an engineering failure, not bad luck.
Uncontrolled slip generates heat. Heat degrades dies and capstans. Wear breaks wire geometry. And that wire reaches the next process.
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From rod breakdown to extrusion — complete technical information on each system. Navigate directly to the machine you need.
ST5035215M — Multimotor Highspeed · Cu / Al / Al-alloy · 2 wires simultaneously
Individual capstan motorization. Two wires simultaneously. Minimum-slip at 40 m/s real working speed.
40% energy cut from day one. No cooler needed — lower CAPEX. Rotating final die improves concentricity. 24-ton frame for long-term stability.
SMF120/16/24M + HRC25/16/430M — Hard Copper 450 N/mm² · Bright oxide-free wire
16-wire drawing with continuous DC annealing. 24 motorized steps, zero slip. Full synchronization — consistent geometry across all strands.
Three-zone DC annealer under N₂/steam, automatic flow regulation. Nickel contact rings (5mm), fast replacement. Output: bright, oxide-free wire.
STB800SS + SDMD800/630 — Concentric & compact conductors · Full servo synchronization
Full AC servo synchronization. Real-time laser diameter control — continuous correction, not a startup setting.
PID tension control 10–275 N. Individual break detection per position. FESTO traversing unit: zero maintenance. Sound-insulated cabin.
45 / 60 / 90 / 120 / 150 mm — HFFR · XLPE · PVC · Own screw and heads
45mm output matches a standard 60mm — same throughput, lower cost and footprint. Own-manufactured screws and heads. Full material range.
Zero dependency on third-party components. Direct support, faster delivery, full tolerance control. 5 sizes: 45 · 60 · 90 · 120 · 150mm.
Heavy-section copper wire drawing with integrated annealing
Heavy-section copper drawing with integrated annealing. For power distribution, transformers, and large cross-section conductors.
650 mm² to 10 mm² in a single integrated line. No intermediate handling. Precise dimensional control on large cross-sections.
Speed, diameter ranges, step configurations, motor specs, cooling requirements — the data your team needs to assess line compatibility and process fit.
Why individual capstan motorization. Why minimum-slip at 40 m/s. Why three-zone annealing with N₂. Engineering decisions explained without commercial language.
Selection guidance by material (Cu / Al / Al-alloy), target diameter, downstream process requirements, and production volume. Real criteria for real specifications.
This is not a product catalogue. It is a technical reference document designed for professionals who know the difference between a profitable line and a costly one is measured in millimetres, degrees, and metres per second.
If your plant works with copper, aluminium, or aluminium alloys — and production consistency is non-negotiable — this content is for you.
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