Mitsubishi P-93: High-Speed, High-Resolution Monochrome Digital Printer for Medical Applications
The P-93 is a high-speed, high-resolution monochrome digital printer, offering worldwide compatibility for medical applications. User-friendly controls are conveniently located on the front panel, making it exceptionally simple and easy to use. Compact and lightweight, the P-93 is designed with an extraordinarily thin printing mechanism that significantly reduces the required installation space, providing additional convenience for use and installation. A high-density 325 dpi thermal head and a resolution of 1280 x 1280 pixels ensure exceptionally sharp reproduction, even of the most complex details.
High-Speed Printing:
The printer produces a 3.9 x 3.9-inch image (1280 x 1280) at high speed in approximately 5 seconds.
Variable Print Size:
Print size is easily adjusted and meets all hospital print size needs. It prints medical images that are easier to see and interpret than ever before.
Reliable and High-Resolution Images for Medical Applications:
The high-density thermal head and thermal recording mode reproduce delicate lighting and shade. The high resolution of 1280 x 1280 pixels and 256 gray levels for normal-size printing (horizontal picture element density of 325 dpi) ensure exceptional image quality.
Simple and Convenient to Use:
The most complete and convenient user interface. All principal functions are accessible from the front panel.
Additional prints are easily obtained; simply press the front panel copy button.
The γ-adjustment function supports a wide variety of applications.
Many settings are easily checked; LED indicators are provided for most settings.
Compact Thermal Printer:
An extraordinarily thin printing mechanism significantly reduces installation space.
Worldwide Compatibility:
100-240V power supply
Compatible with UL 2601-1 and CE (LVD, MDD)
In summary, the Mitsubishi P-93 offers a cutting-edge monochrome digital printing solution for medical applications, combining high speed, high resolution, and exceptional ease of use. Its worldwide compatibility and compact design make it an ideal choice for demanding medical environments, providing reliable and detailed images for accurate diagnosis.