Rebar Cold Rolled Mills Scrap Steel Melting Machine Ribbed Steel bar Making Machine

An integrated industrial machine that processes scrap steel, melts it, and cold-rolls it into ribbed (deformed) steel bars used in construction. It combines melting, rolling, and control systems for continuous rebar production.

Typical specification highlights: type — cold rolling mill; voltage — 380V (three-phase); power — 30 kW; weight — ~9000 kg; footprint/installed dimension — approximately 22 m × 6 m; condition — new. Core components include PLC, engine, bearings, gearbox, motor, gears, and pump.

Primarily scrap steel (various grades and forms). It can also accept recycled rebar, steel scrap from manufacturing, and other ferrous feedstock suitable for melting and rolling; final suitability depends on material composition and pre-processing.

The machine is designed to produce standard ribbed/deformed steel bars used in construction. Exact diameter ranges, rib patterns and tolerances depend on the selected configuration and tooling—please consult the manufacturer with desired bar sizes for confirmation.

Throughput depends on machine configuration, scrap quality, melting system, rolling speed and production parameters. A factory machinery test report and outgoing inspection video are provided to show tested performance for the specific unit—contact sales with your capacity requirements for a tailored figure.

Standard electrical supply is 380V three-phase. The power rating listed is 30 kW, but total site electrical capacity, starting current and auxiliary loads (cranes, pumps, fans) should be checked with the supplier. Additional utilities such as compressed air, cooling water or fume extraction may be required depending on the melting system.

Prepare a flat, load-bearing concrete foundation sized for the machine footprint (~22 × 6 m) and weight (~9000 kg), overhead lifting equipment for installation, proper electrical connections, ventilation/fume extraction, and safe material handling paths. The supplier can provide detailed foundation drawings and installation guidance.

The machine features user-friendly controls and a PLC-based control system for automated operation and monitoring. Basic operator training is recommended and generally provided; online support and remote assistance are available.

Routine tasks include lubrication of bearings and gears, inspection of gearbox and drive components, checking electrical connections and PLC status, replacing worn tooling/rolls as needed, and keeping melting/feeding systems clean. A maintenance schedule and spare-parts list should be supplied by the manufacturer.

Standard safety provisions usually include emergency stop buttons, guards and interlocks on moving parts, and required electrical protections. Specific safety features and compliance with local regulations should be confirmed with the supplier prior to purchase.

Yes. The product description states a comprehensive machinery test report and a video outgoing inspection are included to verify quality and performance before shipment.

Yes. Core components (PLC, bearings, gearbox, motor, gears, pump) are identifiable and spare parts can typically be supplied. Consumables vary by melting/rolling configuration—confirm availability and lead times with the manufacturer.

Yes. Many aspects are customizable, including production capacity, rebar diameter range, rib profile tooling, level of automation, and auxiliary systems. Discuss your production requirements with the factory to specify custom options.

Online support is provided as stated. Warranty, on-site commissioning, spare parts supply and training availability vary by supplier and contract—ask the vendor for detailed warranty terms and service packages.

Provide the supplier with required production capacity, desired bar sizes, optional features and installation location. The vendor will supply a formal quotation, lead time and shipping terms (FOB/CIF/etc.). Lead times typically vary by configuration and order queue—contact sales for a specific quote.