CNC Plate Punching Machine With Min Distance Between Hole And Plate Edge 25mm

1. Constructed by means of C-type plate welding, the frame of the CNC channel steel punching and marking machine provides outstanding structural sturdiness and sufficient operational clearance. Equipped with three die stations (one exclusively allocated for marking operations), the device facilitates automatic die station indexing to enhance process efficiency. Its clamping system offers versatile adaptability to a wide array of workpieces, utilizing a zero-reference baffle as the positioning datum, and the workpiece is held on a ball-bearing worktable to ensure unobstructed manipulation. X and Y axis motions are driven by servo motors and conveyed through high-precision ball screws, with punching position calibration managed by a Programmable Logic Controller (PLC)—realizing full automation across the entire machining process. Once the operator enters the workpiece program, the program may be stored, recalled, and repeatedly applied for cycle production activities.

2. The CNC steel drilling machine incorporates state-of-the-art Computer Numerical Control (CNC) technology and servo motor-driven feed systems, ensuring exceptional operational efficiency and consistent workpiece accuracy.
3. Core functional assemblies adopt a modular configuration, facilitating hassle-free maintenance and streamlined 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 within a single operational cycle.

5. The drilling module incorporates key functional features including fast downward feed, precision machining progression, and quick retraction—each of which markedly elevates operational efficiency in practical operational environments.
6. Equipped with a smart fault self-diagnostic system, the device supports prompt detection of operational irregularities, enabling proactive maintenance actions and safeguarding continuous production reliability.

7. The programming workflow is meticulously engineered with user-centric usability as its foundational principle: operators can directly input hole diameters, hole position coordinates, and workpiece batch quantities into the control system. Additionally, the system supports the execution of programs generated by professional lofting software, or allows for direct CAD/CAM file conversion to ensure smooth, high-efficiency program implementation.