User manual CANON ŘADA HD BROCHURE

[. . . ] The ability to vary the drop size to as little as six picoliters produces sharp images with smoother gradients and quartertones by placing a small and varying amount of ink at every pixel location without completely filling the space with color. The ability to jet larger droplets up to 42 picoliters enables the printer to saturate the entire pixel space for the production of uniform, solid colors. The result is near-photographic image quality with sharpness only before seen at resolutions of 1, 440 dpi or higher. The quality of images printed on Océ Arizona Series printers exceed the quality of those printed on current six-color printers using outmoded, fixed-droplet-sized printhead technology. [. . . ] The tabletop features a patent-pending vacuum overlay made from anodized aluminum. The resulting assembly is lightweight and durable, yet can easily be removed from the table. The overlay includes the holes and channels for the vacuum system. On the underside are removable gaskets or self-adhesive magnets that seal select areas of the overlay. For most jobs it is sufficient merely to open or close the various vacuum zones in the table to print on various sizes of rigid media. Océ Arizona Series printers include a vacuum bleed system for operator control of the vacuum system. A convenient vacuum pump foot switch enables hands-free activation of the vacuum, following a practice found in screen printing. This enables the operator to precisely place substrates on the table and hold them in place while activating the vacuum system. The vacuum pump system is fully enclosed in a sound-dampening cabinet to keep noise emissions below 65 dB for use in retail or other “people friendly” environments. Print zone enhancements The printhead assembly includes an Océ-designed UV lamp system in which the lamp reflectors also act as active shutters. When in the open position, they accurately focus UV energy on the media surface to cure the ink. When in the closed position, they protect the operator and the printheads from excessive UV exposure. As an added benefit of this architectural approach, the Océ Arizona Series employs a patented technology in which the gantry assembly is actively moved forward or backward after each flexible media advance, making micro-corrections to compensate for media position. The printer precisely measures flexible media advance and then actively corrects for positional errors before printing each and every swath to ensure flexible media imaging of the highest possible quality. This technique is so effective that most Océ Arizona customers leave their printers running overnight, completely unattended. Patented and unique to Océ Arizona printers, this technology results in the highest quality roll media printing yet seen in a UV curable inkjet system. It greatly reduces the amount of wasted prints caused by media advance errors. The Roll Media Option is a touch-free system – at no point does any part of the printer or the transport contact the printing surface of the media. Unlike roll-based systems that use pinch rollers, this feature enables customers to print on media sensitive to mechanical marking without marring the printing surface. The Roll Media Option can support roll-based stock from 0. 9 to 2. 2 meters (35. 4” to 86. 6”) wide. Maximum print width is 2. 19 meters (86. 2”). A cutting guide slot is included to enable the user to cut media in a perfectly straight manner while viewing the finished print. A wind/rewind foot panel to control roll-to-roll movement is included. [. . . ] Express mode features the same color density as other print modes and can be used for many applications. It is decidedly not a useless ‘draft’ mode. On Océ Arizona 360 models, a High Definition print mode is available that delivers fine feature reproduction. Using this print mode, customers can offer higher-profit technical and industrial applications such as printing on lenticular panels and producing membrane switch panels. [. . . ]