Tagliatrice da rotolo a foglio LTG-600

Macchina da taglio rotativa a foglio ampiamente usata in Abbigliamento, Bevande, Prodotti chimici, Prodotti, Macchinari, Hardware, Medicina.

Questo rotolo di carta stampata su foglio macchina da taglio appartiene alla stampa post-stampa attrezzatura, abbinare con un apparato ancillare come il riavvolgimento della macchina.

Ribobinatrice per l'ispezione di etichette con albero d'aria intercambiabile, con l'angolo di inclinazione della piattaforma di ispezione

Questo rotolo di carta stampata su foglio macchina da taglio appartiene alla stampa post-stampa attrezzatura, abbinare con un apparato ancillare come il riavvolgimento della macchina.

Ribobinatrice per taglio automatico ， Lama a rullo speciale per Adatto a tutti i tipi di materiali in rotolamento per il taglio e il riavvolgimento.

Automatic foil winding and punching machine features: Easy operation: Set the working mode directly on the computer monitor. High precision: The camera within the recognition range automatically locates the image, and the computer analyzes and controls the movement. Fast speed: The camera has a short response time, and once the image is found, it can punch the hole at the position of the image. Powerful functionality: Sampled images can be saved and directly accessed through the computer system, allowing real-time software upgrades. Quality assurance: Major components such as pressure regulating valves, cylinders, solenoid valves, and linear guides are imported, ensuring their longevity. High recognition rate: A special light source can automatically identify positioning hole patterns on highly reflective and highly opaque materials, and can compensate for incomplete image.                                           The dual-head automatic punching machine system captures sampled graphics within the visible range of the camera through a computer. The analysis involves controlling the displacement of the transmission components and punching with pneumatic components. It meets the customer's requirements for high punching speed, high precision, and ease of operation. ① The punching machine is commonly referred to as a target hole processing device. Target holes were first used in the PCB multi-layer circuit board lamination process. In recent years, positioning punching machines used for positioning processing are commonly called "target shooting machines". Since the machining accuracy of target holes directly affects product precision, punching machines, equipped with CCD vision positioning scanning and computer-controlled automatic positioning systems, can achieve positioning hole machining accuracy and stability within the range of 0.015 millimeters. Therefore, an increasing number of companies have introduced punching machines as dedicated equipment for positioning processing to replace traditional manual drilling. This greatly improves product quality, reduces scrap, saves costs, and increases production. It enhances the market competitiveness of enterprises and is a secret weapon that many companies keep silent about. ② Punching machines can be classified based on the degree of automation into manual punching machines, automatic positioning/alignment punching machines, and fully automatic punching machines. They can also be categorized based on the processing objects, such as flexible board punching machines, membrane switch punching machines, film punching machines, nameplate punching machines, and mobile phone explosion-proof film punching machines. As a professional punching machine manufacturer, our company mainly produces punching machines for flexible circuit boards, circuit boards, PCBs, thin film circuit boards, as well as signs, nameplates, and mobile phone film punching with positioning holes. Automatic punching machines have specific requirements for graphic recognition in high-precision positioning punching. They require clear and uniformly circular graphic lines for positioning. In the case of incomplete graphics, high opacity, or insufficiently clear printing, the automatic punching can be achieved through software recognition and repair or the selection of appropriate sources.