Scanning

Selecting Document and Page Format Options

The Document and Page Format options that you select determines the file format of the scanned document. Appropriate format options and file types are available for the type of Destination Application selected for the button.

The available options are for images and text.

Image Formats.

Text Formats.

The Text Formats are for text file types. The names of the formats indicate their file types. See “Text Formats” on page 46 for details.

Image Formats

Select an image file format for photos, artwork or other documents that you want to save as images. BMP and TIFF are standard image file formats generally used if you want to do additional image processing, such as photo touch-up or color correction. Both of those file formats tend to be larger than the JPEG format.

Because JPEG image files can be reduced in size, the JPEG format is often used for images on web pages, or if file size might be a problem when electronically sending the files. JPEG files are reduced in size by lowering their image quality, and you can select the degree of quality for your scanned images from the JPEG file format icon.

The PDF format is often used to create images of text pages. You may want to select PDF as the format when scanning text pages that do not require OCR processing or other processing. The PDF format is also used to put multi-page documents on web sites as pdf-readable files. As with the JPEG option, the PDF format can be reduced in size or quality.

DocuMate 510 Scanner User’s Guide

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Xerox 510 manual Selecting Document and Page Format Options, Image Formats

510 specifications

The Xerox 510, a groundbreaking model introduced in the 1970s, played a significant role in the evolution of photocopying technology. As one of the early members of the Xerox family, the 510 was designed primarily for high-volume copying tasks, making it a staple in offices and businesses of the time.

One of the standout features of the Xerox 510 was its electrostatic dry copying process. This technology allowed for a more efficient and faster reproduction of documents compared to traditional methods. The introduction of the Xerox 510 marked a shift from the cumbersome and often messy wet copying processes to a cleaner and more reliable dry photocopying system.

The machine utilized a photoconductive drum, which was coated with a photosensitive material that enabled it to capture images effectively. When exposed to light from the original document, the drum would retain the charges, allowing toner to be applied precisely where it was needed. This resulted in high-quality copies that were sharp and clear, often surpassing the quality of earlier copying machines.

In terms of operational characteristics, the Xerox 510 was capable of producing multiple copies rapidly, boasting a production rate of around 20 pages per minute. This high-speed capability was crucial for businesses needing to duplicate documents quickly, helping to streamline productivity in an era where time management was becoming increasingly pivotal.

Additionally, the Xerox 510 featured a user-friendly interface that allowed operators to adjust settings for various document sizes and types. This flexibility meant that users could efficiently handle a wide range of copying tasks, from simple text documents to more complex layouts.

The versatility of the Xerox 510 was further enhanced through optional features such as automatic document feeders and duplexing capabilities, which enabled two-sided copying. These advancements made it easier for users to manage their copying needs without having to manually handle each page.

In conclusion, the Xerox 510 stands out as a cornerstone in the history of copying technology. With its innovative electrostatic dry copying process, high-speed output, and user-centric features, it set the stage for future developments in office equipment. The legacy of the Xerox 510 continues to influence modern copy technologies, showcasing the enduring impact of its design and functionality in the realm of document reproduction.