Hydraulic Servo Metal Stainless Steel CNC Bending Machine

The machine is designed to bend a wide range of metals including iron, stainless steel, copper, aluminum and various special-shaped metal profiles used in furniture, wrought iron, doors & windows and decorative steel structures.

Model LWG-CNC-25TP; power supply 380V 50Hz; motor power 5.5 kW; Y axial hydraulic thrust up to 25 T; max torque of X axis 4000 N·m; minimum bending radius 100 mm; three-axis speed 1–15 r/min; machine weight approx. 1200 kg.

It can form C, U and S shapes, full circles, springs and many special-shaped profiles. The CNC software supports complex multi-bend sequences for intricate geometries.

The integrated CNC controller and advanced software allow programmable multi-axis bending, easy setup of bend sequences and parameter entry, and help reproduce complex shapes with consistent accuracy. For specifics on file formats and programming workflows, consult the supplier.

The machine detects elastic springback (rebound) of the material after bending and automatically compensates by adjusting the bending parameters so the final angle matches the programmed value, improving consistency across parts.

The machine is built for high-precision bending with accurate control of angles and positions. Final precision depends on material type, thickness, tooling and part geometry; provide sample parts or specifications to determine achievable tolerances for your application.

A variety of bending tools and dies are supported for different profiles and radii. Custom tooling can be supplied or designed for special profiles—contact the manufacturer with drawings or samples for quotation.

Requires a stable, level concrete floor capable of supporting the ~1200 kg weight, a 380V 50Hz three-phase power supply, appropriate hydraulic oil and filtration, sufficient working space for loading/unloading and access for maintenance. Exact space and foundation requirements should be confirmed with the supplier.

Typical safety features include emergency stop, guarded moving parts, overload protection and electrical protection. Operators should follow local safety regulations and receive training before use.

Regular maintenance includes checking and topping up hydraulic oil, replacing hydraulic filters, routine lubrication of moving parts, inspecting tooling and fasteners, and electrical checks. Follow the manufacturer’s maintenance schedule and service manual for intervals and procedures.

Yes — it is designed as a heavy-duty, reliable solution capable of handling tough materials and repeated production workloads. Actual throughput depends on part complexity, material thickness and automation level.

Manufacturers and suppliers typically offer operator training, installation support and after-sales service. Contact your supplier to confirm available training, spare parts supply and technical support options.

Many suppliers offer customization of tooling, control options and machine configuration to meet specific profile dimensions or production requirements. Discuss your application details with the manufacturer for possible modifications and quotations.

Electrical requirement: 380V 50Hz three-phase supply; motor power 5.5 kW. Hydraulic components require the correct grade and volume of hydraulic oil and a properly configured pump and filtration system as specified in the machine manual.

Pricing, lead time, warranty terms and spare parts availability vary by supplier and order configuration. Provide your contact details, required specifications and quantity to the manufacturer or dealer to receive a formal quotation and delivery schedule.