To reduce and in many cases eliminate the costs associated with high volume printing of consumer and industrial products, this paper investigates and validates the use of the new generation of high speed pulse on demand (POD) lasers in concert with high speed (HS) polygon scan heads (PSH). Associated costs include consumables such as printing ink and nozzles, provisioning labor, maintenance and repair expense as well as reduction of printing lines due to high through put. Targets that are applicable and investigated include direct printing on plastics, printing on paper/cardboard as well as printing on labels. Market segments would include consumer products (CPG), medical and pharmaceutical products, universal ID (UID), and industrial products. In regards to the POD lasers employed, the wavelengths include UV(355nm), Green (532nm) and IR (1064nm) operating within the repetition range of 180 to 250 KHz.
Images printed on paper or film can suffer from artifacts caused by the laser scanner used to generate the image. These image artifacts can detract from the information content of the presented image. In order to design a laser raster output scanner (ROS) which faithfully reproduces digital information, knowledge of the types of artifacts and visibility thresholds of these artifacts are needed. This paper attempts to characterize the various imaging artifacts capable of being generated by ROS systems.
Conference Committee Involvement (1)
Optical Scanning 2005
31 July 2005 | San Diego, California, United States
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