This machine tool is primarily designed for drilling operations on H‑beams, channel steel, and box‑type beams, and is widely used in industries such as steel structure construction, bridge building, and parking garage fabrication.

The 7‑axis CNC steel three‑dimensional drilling machine utilizes seven servo motors to achieve drilling positioning in two vertical directions, one horizontal direction, and one longitudinal direction, as well as servo feed for three main spindles. On each of the three drilling surfaces, there is one drilling spindle, each driven by a variable‑frequency motor. The drilling spindles are servo‑driven for precise feed control.

This flipping tire features an inverted gantry structure with four reducers for 360° workpiece rotation. It comprises swing arms, support columns, reset devices, and an electrical control system, with four columns each topped by a drive mechanism. A brake motor drives the cycloidal reducer and sprockets, while two pulleys on each swing arm guide chain movement and a guide wheel increases chain wrap angle for reliable engagement.

The planned floor space for this equipment (exclusive of operator stations, material storage areas, cutting buffer zones, etc.) is 12 meters in width and 2 meters in depth. The system primarily comprises the following components: one dedicated robot rail, one slide carriage, one 6‑axis welding robot with its control system, one welding power supply, one torch cleaning station, one welding torch, and ancillary equipment.

7 axis cantilever type welding robot for long steel workpieces up to 12m, featuring automatic seam tracking, 7 CNC axes, and efficient zone welding.

Explore the BR-2010A Pro/DG12 cantilever welding robot for long workpieces, automated arc tracking, and efficient CNC welding.

BR-2010A Pro/XB12-A8DP MAX cantilever welding robot imports TEKLA drawings, uses laser positioning, and automates welding for steel fabrication.

This equipment mainly using robot special rail (1 set), slide (1 set), 6 axis welding robot and its control system (1 set), welding power supply (1 set), clear gun station (1 set), welding torch (1 set), etc.
The ground rail support is 12 meters long and one ground rail is welded. For the workpiece of more than 12 meters and less than 25 meters, two robots are used to conduct regional welding, which can greatly improve the welding efficiency.

The CNC flame/plasma cutting machine features box-beam welded end beams and cross beams with stress relief, ensuring compact structure, light weight, high rigidity, minimal deformation, and good appearance. Longitudinal and transverse movements are driven by Panasonic servo motors and SHIMPO reducers via rack-and-pinion gearing for precise control. Horizontal guide wheels with eccentric shaft adjustment press firmly against the rails, ensuring stable and accurate motion. High-strength longitudinal rails with precision-machined surfaces and ground racks are securely mounted to guarantee straightness and parallelism. Optional automatic igniter and torch height controller are available for user-friendly operation.

The CNC flame/plasma cutting machine features box-beam welded end beams and cross beams with stress relief, ensuring compact structure, light weight, high rigidity, minimal deformation, and good appearance. Longitudinal and transverse movements are driven by Panasonic servo motors and SHIMPO reducers via rack-and-pinion gearing for precise control. Horizontal guide wheels with eccentric shaft adjustment press firmly against the rails, ensuring stable and accurate motion. High-strength longitudinal rails with precision-machined surfaces and ground racks are securely mounted to guarantee straightness and parallelism. Optional automatic igniter and torch height controller are available for user-friendly operation.

This CNC cutting machine features a bench‑type gantry structure, utilizing precision ground gears, racks, and dual‑side drive systems. It offers low inertia, stable operation, and ease of use, making it particularly suitable for automatic cutting of medium‑thickness to thin non‑ferrous metal sheets, stainless steel plates, and carbon steel plates.

1.Introduction for Steel Plate cnc fiber laser cutting machine:
The laser cutting machine directs a laser beam emitted from the source through an optical system, focusing it into a beam of high power density. This concentrated beam is applied to the workpiece surface, rapidly raising the temperature to the melting or boiling point. Simultaneously, a stream of high-pressure gas coaxial with the beam ejects the molten or vaporized material. As the beam moves relative to the workpiece, a cutting kerf is formed, completing the cutting process.

1.Introduction for H beam cnc fiber laser cutting machine:
The laser cutting machine focuses the laser beam emitted from the laser source through the optical path system into a high-power-density laser beam. This laser beam is directed onto the surface of the workpiece, causing it to reach the melting point or boiling point. At the same time, the high-pressure gas coaxial with the laser beam blows away the molten or vaporized metal.