Board Punching Machine

　　The fully automatic punching machine features customizable multiple workstations, simple and convenient mold removal, durable molds, and ease of use even for beginners.

　　Compared to traditional bench drills, the fully automatic punching machine resolves the drawbacks of bench drills, such as marking lines that leave burrs and pits, as well as deformation of tubing materials.

　　The hydraulic tube punching machine is widely used in punching operations for stainless steel, aluminum alloy hardware bathroom fixtures, color-coated steel, and zinc steel guardrails—it is currently the fastest equipment available for perforating tubes and square tubes.

　　The punch needle features a unique design, enabling quick die changes. It also includes a time-delay protection circuit—when the machine is left unattended, the delay protection switch automatically enters standby mode. To resume operation, simply turn the circuit switch back on.

　　The punching machine features energy efficiency and environmental protection, consuming less electricity than conventional presses, producing minimal noise, operating at a faster pace with higher productivity compared to standard punch presses, while also taking up less floor space and ensuring safe, worry-free operation.

　　Primarily used for punching round-hole meshes, square-hole meshes, wind-resistant nets, speaker grilles, and other types of screening meshes; as well as perforating anti-slip panels, ceiling tiles, airport seating, decorative panels, MDF boards, and cable trays—this machine can be equipped with dies of various specifications. When fitted with either a rack-and-pinion feeder or a roller-type feeder, it significantly boosts users' production efficiency. The JDY/JDH series plate punching machines feature a combined pneumatic friction clutch for responsive and precise operation, along with a dual-safety solenoid valve system that ensures reliable safety. Additionally, they can be paired with the RVS series fully computerized industrial control system, which boasts an embedded system design, a 32-bit ARM processor, and intelligent control capabilities. This setup enables effective monitoring of die movements, material feeding, and unloading processes, guaranteeing stable and dependable production. These machines are characterized by their high level of automation, exceptional productivity, consistent performance, and unmatched reliability.