• Streamlined Operations: By automating processes, bending machines help streamline operations, resulting in increased efficiency and reduced downtime.
• Improved Output Quality: Precise bending ensures high-quality output, meeting industry standards and customer requirements.

• Rolling Machine: Ideal for bending long metal pipes, rolling machines are suitable for shaping pipes or cylindrical metal workpieces.
• Bending Machine: Primarily used for bending sheet metal, bending machines offer a cost-effective and precise solution for various bending applications.

A CNC bending machine, or Computer Numerical Control bending machine, utilizes a numerical control press brake to bend sheet metal. These machines are capable of bending sheet metal into various shapes and sizes, ranging from small components to large industrial parts.

• Torsion Axis CNC Bending Machine: Synchronization is achieved through connecting rigid shafts of pistons in two cylinders simultaneously. These machines have lower synchronization accuracy and lack error feedback.
• Electro-hydraulic Servo CNC Bending Machine: Synchronization is achieved through servo valves on both sides, providing high synchronization accuracy, real-time error feedback, and strong resistance to eccentric loads on the bending slider.

Bending machines, particularly press brakes, find applications across various industries, including:

• Automotive: Finishing automotive parts.
• Aerospace: Processing aerospace parts.
• Construction: Bending and forming building materials.
• Metal Manufacturing: Processing kitchenware, producing chassis and cabinets, forming elevator parts, and manufacturing medical equipment and instruments.

A hydraulic shear functions by using a hydraulic system to lift a hold-down cylinder that secures the metal sheet. Following this, the blades are driven up and down by side cylinders to achieve precise cuts on the workpiece.

While operating a bending machine, it is essential to wear personal protective equipment including safety glasses and gloves. Do not attempt to bypass safety guards or interlocks, and always keep hands and other body parts clear of the machine’s operational components.

Proper leveling can be achieved by using a precision level to calibrate the machine, ensuring accurate and error-free bends. Additionally, proper machine placement and setup are crucial for optimal operation.

Maintenance for hydraulic shears includes regular cleaning to ensure clean cuts, potential blade replacements, and comprehensive checks of the hydraulic system to replace worn hoses and parts and to fix any leaks.

A guillotine shearing machine produces uniform and minimally burr-free metal sheets, which are essential for subsequent forming operations on bending machines or presses.

A four-post hydraulic press offers enhanced stability and rigidity, thanks to its robust four-column design. This structure ensures precise force application and vertical movement of the sliding table, ideal for high precision and high tonnage tasks.

Regular maintenance of a four-post hydraulic press includes daily lubrication, hydraulic component inspections, hydraulic oil quality and level checks, and general cleanliness to ensure optimal performance and longevity.

The single-post hydraulic press is compact and versatile, suitable for various applications such as cutting, blanking, riveting, and forming. It features separate hydraulic and electrical control systems, allowing centralized control through buttons and supporting both fixed stroke and constant pressure forming methods.

In roller bending, the top roller applies pressure to the metal plate, causing it to undergo plastic bending deformation. This process changes the shape and dimensions of the metal due to the applied force.

Fiber laser cutting utilizes a high-power density laser beam, focused onto the material causing rapid melting, vaporization, or ablation. The process is assisted by a high-speed airstream that ejects the molten material, with movement controlled via a CNC system for precise cuts.

Although fiber laser cutting is environmentally friendly and generally safe, improper operation can lead to personal injury or damage to the machine. It is crucial to follow recommended safety practices to avoid potential hazards.

Fiber laser welding employs a laser beam generated by diodes and transmitted through fiber optics to melt and fuse metal parts at the weld joint. The intense laser beam delivered via the welding head ensures deep penetration and a strong, durable weld.