Used NEC / CANON CPS-800 #9313910 for sale

NEC / CANON CPS-800 is a professional die attacher that offers high-quality and efficient die-attaching processes. This machine is an ideal choice for businesses with a high volume of die-attaching projects, such as printing production runs and commercial packaging. NEC CPS-800's advanced features are designed to maximize productivity and ensure consistent results. CANON CPS-800's construction consists of a die stamper imaging device, a heated die platen, an adjustable sliding platform, and a press assembly. The large heated platen works in conjunction with the imaging device to achieve an accurate die registration, while the adjustable platform allows for easy stamping height adjustment. This allows the user to accurately repeat die-attaching processes quickly and consistently, regardless of material thickness. In order to power the machine, CPS-800's main unit is connected to an electrical supply and a compressed air source. A variety of control options are available, ranging from a manual keypad for basic operations to a full-featured, network-ready touch screen system for more advanced functions. This allows users to easily customize the machine to match their specific needs and requirements. When it comes to materials and substrates, NEC / CANON CPS-800 is capable of working with a wide variety of materials. This includes paper, laminated paper, plastic films, aluminum sheets, and rigid boards. It is also compatible with dies made from a wide range of materials such as brass, bronze, and aluminum. As for safety, NEC CPS-800 is certified to meet the European standards for safety, quality, and environmental protection. Overall, CANON CPS-800 is an affordable yet powerful die attacher. Its advanced features, large platen size, and adjustable platform make it well suited for processing large quantities of materials with accuracy and precision. For businesses that require efficient and reliable die-attaching solutions, CPS-800 offers a dependable and user-friendly solution.