RJ 1016
| High speed than any regular UV Printers, thanks to its electronics & Panasonic AC Servo Motor. |
| Z-Axis Movement up to 100 mm, One can print on 100 mm thickness media. |
| RasterJet UV printers are equipped with latest silent LM guide. |
| All AC Servo motors and drives are from Panasonic (Japan), for long life, trouble and maintenance free operation. |
| Smart printing technology enable to higher productivity. |
| White ink recirculation system is preventing to sedimentations of ink pigment. |
PRINTING SPEED OF RJ 2030 / RJ 2513
| Mechanical structure achieves high-precision printing To reduce printer unit vibration, the print table moves during printing instead of the Y-bar, ln addition, to achieve higher position accuracy, two ball screws are installed on both sides of the table to assist with its movement. RasterJet UV flatbed printers offers high performance printing that satisfies the position accuracy necessary for additional printing on preprinted surfaces. Furthermore, fine lines, edges, and small texts are clearly represented. RasterJet UV flatbed printers are the best digital on demand printing solution for the screen printing industry. |  |
| RasterJet Optimizations Level System Level 1: Remove the band even in bi-direction mode Level 2: Using the optimizations one cannot see the effect on printing even if some nozzles are clogged. Level 3: Intelligent Feather Printing Technology, The unique intelligent feather printing technology can improve the curable reflective stripes which occurred in the printing process, so that the printing quality can reach the ideal state. |  |
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| Variable dot printing Optimum droplet sizes are automatically selected from 6PL to 30PL for each print mode. Moreover, Rasterjet UV flatbed printers can separately control droplet size for process color (CMYK) and spot color. This capability is useful for simultaneous double-layer printing. Small droplet are used for color printing to present a delicate finish, and large droplet are used for white-base-layer printing to obtain high opacity. |  |