NTEK YC2513L is a type of hi-precision UV flatbed printer specially designed for personalized processing enterprises to meet their high accuracy and personalized requirements. This product is the most cost-effective printer, whether it is printing small format or large format can be satisfied, printing speed, high precision, long life, varnish, emboss effect can be satisfied.
Equipped with Ricoh GEN5/Ricoh GEN6/TOSHIBA CE4M printhead, the YC2513L UV printer can print in hi-speed as well as hi-precision in 8 colors 1200*1200 DPI. YC2513L is a competitive digital UV flatbed printer using original imported Panasonic servo system, which makes it work stable and have long life time that more than 10 years,This machine has CMYK W V LC LM options,variable droplet printing capability, making precise and intensive UV printing.
It can print any flat materials that thickness are less than 100mm,higher can be customized. NTEK YC2513L UV flatbed printer adopt advanced water circulation LED lamp curing device, so that the printing material is not affected by temperature, so as to ensure the printing quality. UV flatbed printer widely apply in indoor and outdoor material, such as wood/ceramic/metal/acrylic/MDF/PVC/glass/wallpaper/public display card and so on.
NTEK YC2513L UV flatbed printer with high configuration, with all steel frame structure makes printer with perfect stability. Hard anodized vacuuming platform which can prevent scratches by hard materials, 6 zones vacuum suction platform for easy operation and save energy. Registration pin is optional for precise positioning material to simplify the work. Automatic height measurement,printer automatically measure the distance between printhead and media for easy operation. Printhead carriage anti-collision system which when it touches something, it will stop aromatically to protect the printhead. Automatic anti-static, reduce the ink over spray caused by static, improve the print quality. Double negative pressure system, it ensure printer to supply ink smoothly in production process and even in high speed printing model.