![]() ![]() The printer uses a combination of an optical sensor and reflector plate (the silver plate under the print mech you load the labels under) to detect the ribbon as it blocks the ribbon sensor light path. Printhead pressure moves the ribbon, keeping it synchronized with the labels, and the Ribbon Take-up spindle removes the ribbon from the labels and rewinds the spent ribbon. Back tension is applied from the Ribbon Supply spindle to help prevent wrinkles and take up slack during a back feed operation. The printhead pressure at the print line controls the actual movement of the ribbon. Two spindles, Ribbon Supply and Ribbon Take-up, guide the ribbon during printing. NOTE There is a reverse-wound spindle available for the ZT410 P/N 79830M. On Zebra printers, the ink is on the outside of the ribbon roll (see note), and this is the surface that should be facing the labels, so ink transfer is accomplished. This protects for the printhead to prevent wear. The width of the roll varies based on the width of the labels and should always be slightly wider. ![]() ![]() The ribbon used in the printer consists of wax or resin-based ink on a plastic film called the carrier that is rolled onto a cardboard core. Refer to the article Identify Type of Media. For non-ribbon applications, a heat-sensitive label referred to as a Direct Thermal label must be used. Thermal Transfer is used when the ribbon is required , while Direct Thermal refers to applications that do not use ribbon. Printing can be done with and without ribbon, and the printer (driver or software) must be configured appropriately. The printer can be used for a wide variety of printing applications. ![]()
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