1000/1200KN Punching Force CNC Plate Steel Metal Punching Drilling Machine 12 Characters

1. The frame of the CNC channel steel punching and marking machine is constructed via C-type plate welding, delivering outstanding structural rigidity and ample operational clearance. Equipped with three die stations (one dedicated to marking operations), the equipment supports automatic die station switching to enhance workflow efficiency. Its clamping system boasts versatile adaptability to a broad range of workpieces, adopting a zero-reference baffle as the positioning datum, while the workpiece is supported by a ball-bearing worktable to guarantee smooth handling. The X and Y axis movements are driven by servo motors and transmitted through high-precision ball screws, with a Programmable Logic Controller (PLC) managing punching position adjustment—thus realizing full automation of the entire machining process. Upon the operator inputting the workpiece program, it can be stored, retrieved, and repeatedly utilized for cyclic production tasks.

2. The CNC steel drilling machine integrates Computer Numerical Control (CNC) technology and servo motor-driven feeding mechanisms, ensuring superior operational efficiency and consistent workpiece precision.
3. Core functional components adopt a modular design, enabling convenient maintenance and streamlined repair procedures.
4. The CNC metal plate punching and marking machine supports the integration of punching, marking, and drilling processes on a single metal plate, realizing multi-process consolidation within a single operational cycle.

5. The drilling machine unit integrates core functional capabilities encompassing rapid lowering, slow working feed, and fast retraction—all of which significantly boost operational efficiency in practical application scenarios.
6. Equipped with an intelligent fault self-diagnosis system, the equipment allows for timely detection of operational abnormalities, enabling proactive maintenance measures and safeguarding stable production continuity.

7. The programming workflow is engineered with user-centric usability in mind: operators can input hole diameters, hole position coordinates, and workpiece batch quantities into the control system. Furthermore, it supports the deployment of programs generated by lofting software, or enables direct CAD/CAM file conversion to ensure seamless program execution.