Kyocera manual FS-C5020N16N and FS-C5030N Technology, Multi-Bit Technology, Advanced Beam Array

FS-C5020N and FS-C5030N Product Guide

FS-C5020N16N and FS-C5030N Technology

The FS-C5020N and FS-C5030N achieve excellent image quality for users in today's demanding office Colour environments. Kyocera utilises a combination of technological enhancements to achieve consistent image quality regardless of the print volume generated. These enhancements include:

Multi-Bit Technology

This dithering technique enables the FS-C5020/30N to achieve high-quality output when printing a variety of images, especially continuous-tone photographs. Additional benefits of this technology include:

•Sharper Text

•Virtual Elimination of Banding

•Smoother Gradations

Kyocera Fine Colour Technology (FCT)

FCT consists of the following innovative Kyocera Mita developed processes: Advanced Beam Array, Touch Down Development, and Belt Transfer.

Advanced Beam Array

This advanced method, which is superior to LED printing, contributes to the FS-C5020N and FS-C5030N’s small sizes. ABA can maintain consistent crisp, sharp images because the Kyocera Advanced Beam Array

has controls to make uniform dots of light.

Touch Down Development

This unique system is based on the combined advantages of mono (high- quality) and dual (long-life) component development. The FS-C5020/30N’s Developing Roller allows the toner to jump onto the Drum, which increases drum life and maintains high-quality imaging.

Belt Transfer

This Kyocera developed process significantly contributes to low TCO. Since the paper never touches the Drum, wear and tear is reduced and paper dust is eliminated, thus increasing the Drum life. In addition, overlapping colours are consistently aligned since the four colour toners are

transferred to the paper at the same time. Plus, the Transfer Belt has a tri-layer coating, which increases durability and smoother paper feeding.

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