MEIXI MX-6090UV G5i Flatbed Printer with Ricoh G5i Print Heads, Printing Size: 600*900mm. Application: Acrylic, Wood, Glass, Metal, etc Printing Color: CMYK / CMYK, LC, LM + White + Varnish. Printing Speed: 12 Sqm/H.
Meixi MX-2513UV GEN5 Flatbed UV Printer Use 2-10 Pcs Ricoh Gen5 Print Head. 4/6/8 Colors High Resolution Print is Available to Satisfy Clients’ Requirement. High Speed Production Mode Can Print 45 Sqm/Hr.
Meixi MX-2513UV Pro GEN6 Flatbed Printer is High Printing Speed & High Resolution Industrial UV Flatbed Printer. It Use 2-10 Pcs Ricoh Gen6 Print Head. 4/6/8 Colors High Resolution Print is Available to Satisfy Clients’ Requirement. High Speed Production Mode Can Print 75 Sqm/Hr.
As we all know, uv flatbed printer is a high-tech plate-free full-color digital printing machine, not subject to material restrictions, can be in T-shirt, sliding doors, cabinet doors, sliding doors, glass, plates, a variety of signs, crystal, PVC, acrylic, metal, plastic, stone, leather and other surfaces for color photo-level printing. No plate-making a printing is completed, beautiful and rich colors, wear-resistant, UV-resistant, simple and convenient operation, fast printing image, fully compliant with industrial printing standards. The following is a description of the requirements of the operating environment of the uv flatbed printer.
The uv flatbed printer has the following requirements for the operating environment.
1, independent, clean, low dust, less light, well ventilated work room
2, the ambient temperature: 15ºC ~ 30ºC (59ºF ~ 86ºF)
3, relative humidity: 30% to 70% (non-condensing)
Generally speaking, the higher the temperature, the faster the drying, the lower the temperature, the slower the drying. Therefore, temperature and humidity have a direct impact on the drying speed of the ink, if the temperature is too low, the relative humidity is too large, it will reduce the drying speed of the ink, the Director of the printing cycle. The temperature and humidity of the environment will also affect the viscosity of the ink. Ambient temperature increases, the ink viscosity decreases; ambient temperature decreases, the ink viscosity increases. If the temperature is too low, the ink viscosity is too large, printing failure will occur.