CNC Plate Punching Machine With Max Drilling Diameter 50mm And BT50 Taper For Metal Sheet Drilling

1. The frame of the CNC channel steel punching and marking machine is manufactured through C-type plate welding, offering exceptional structural stiffness and substantial operational clearance. Furnished with three die stations (one designated for marking functions), the equipment enables automatic die station switching to optimize workflow efficiency. Its clamping mechanism exhibits versatile adaptability to a wide range of workpieces, employing a zero-reference baffle as the positioning datum, while the workpiece is supported by a ball-bearing worktable to ensure seamless handling. The X and Y axis motions are controlled by servo motors and transmitted via high-precision ball screws, with a Programmable Logic Controller (PLC) overseeing punching position regulation—thereby achieving full automation of the entire machining process. Once the workpiece program is entered by the operator, it can be stored, retrieved, and reused consistently for repetitive production cycles.

2. The CNC steel drilling machine incorporates Computer Numerical Control (CNC) technology and servo motor-driven feed mechanisms, guaranteeing exceptional operational efficiency and consistent workpiece accuracy.
3. Key functional components adopt a modular design, facilitating straightforward maintenance and optimized repair workflows.
4. The CNC metal plate punching and marking machine enables the integration of punching, marking, and drilling processes on a single metal plate, achieving multi-process consolidation in a single operational cycle.

5. The drilling machine unit incorporates core functionalities including rapid descent, slow working feed, and fast retraction—all of which substantially enhance operational efficiency in real-world application scenarios.
6. Outfitted with an intelligent fault self-diagnostic system, the equipment enables timely identification of operational irregularities, facilitating proactive maintenance practices and ensuring stable production continuity.

7. The programming process is designed with user-centric usability: operators are able to input hole diameters, hole positional coordinates, and workpiece batch volumes into the control system. Moreover, it supports the implementation of programs generated by lofting software, or allows for direct CAD/CAM file conversion to achieve smooth program execution.