The Mitsubishi CP-D80DW Rewind Function Thermal Transfer Color Photo Printer, also designed with space in mind, prints high-resolution photographs in just 11.3 seconds with a 96% reduction in energy consumption in stand-by mode.  

Features

• One media, several sizes: 4x6 up to 6x8"
• Matte / Glossy
• High resolution
• Rewind function
• Astonishing quality
• Dust-free mechanism
• -96% Standby power saved
• Large Printing capacity
• Compact design
• PC & MAC Printer

2 print sizes - 1 media

The outstanding feature in the new CP-D80DW is the possibility to produce two print sizes (5x15cm (2x6”) and 10x15cm (4x6”)) from just one media paper saving time, reducing stock references and making maintenance and use easier

-96% Standby power saved

CP-D80DW is designed to reduce power consumption in sleep mode by up to 96%. Standby power refers to the electric power consumed by electronic appliances while they are switched off or in a standby mode.

Rewind Function

New Rewind Function has been included in order to optimize the 10x15cm (4x6”) prints. When the last half part of the ribbon patch is not used in the last order it can be capable for next printing order of 10x15cm (4x6”). This function cannot be used with Fine mode or Matte print. *10x15 (4x6”) print speed 8.4sec in Fine mode without rewind function.

High resolution

Mitsubishi Electric’s printers incorporate the newly developed image processing methods making possible to reproduce smooth edges and natural images at 300DPI.

Matte finishing

A matte finish is a highly textured print finish, similar to that of a satin finish. It is much duller and does not reflect light. Many photographers prefer to produce matte finishes due to market demands.

Compact size

CP-D80DW is convenient for professionals who require Mitsubishi Electric’s high quality in a small and compact design which fits seamlessly into any installation space.

Dust-free system

The CP-D80DW is ideal for environments that suffer a higher level of pollution or dust. It has in-built separators that are desig-ned to circulate the air more efficiently, keeping the heads separated from the power supply and reducing the level of contamination in the printing zone