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| The new UV LED curing technology does not emit infrared rays thus eliminating thermal deformation of media. The UV LED technology enables print on heat sensitive materials such as acrylic and styrene panels. Due to its low operation temperature, users have a broader choice of media. This results in the creation of new and exciting applications on up to 50 mm thick substrates. |
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| Is drying time an obstacle to maximize your productivity? Not anymore. UV LED curing means instantaneous drying that eliminates post-printing drying time necessary when printing with acqueous or solvent inks. This innovation leads to dramatic reduction of job turnaround time (from printing to processing) and increase in productivity. |
| JFX-1631, a highly specified UV LED curable flatbed inkjet printer is also environmentally friendly. Its UV LEDs have a longer lifetime and save about 2/3 in energy in comparison with conventional UV printers employing metal halide lamps. |
| Another decisive benefit of UV LED technology is the fact that UV LEDs do not need any warm-up time. They can be switched on and off whenever needed. |
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UV LED |
Metal halide lamp |
| Lifetime |
10,000 hours |
1,000 hours |
| Heat on media |
Room temperature |
Up to 80°C (176°F) |
| Boot time |
Instantaneously |
5 - 10 minutes |
| Need more precise and higher quality print? The new high-speed heads on JFX-1631 will make your wish come true enabling you to print double as fast as with Mimaki's JF series. With this innovation, JFX-1631 achieves a dramatic increase in productivity and reduction of job turnaround time. |
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C M Y K |
C M Y K W |
| Standard mode |
13.0 m²/h 140 sq.ft/h |
6.5 m²/h 70 sq.ft/h |
| High quality mode |
7.6 m²/h 82 sq.ft/h |
3.8 m²/h 41 sq.ft/h |
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| * Print speeds vary depending on the media. |
The newly developed head positioning mechanism uses high resolution linear scale for fine step accuracy of dot placement.
This results in far fewer banding artifacts and even the possibility to print legible 3 point charcters. |
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Maximum resolution of 1200 dpi and variable dot technology (7 different dot sizes) realize near photographic image quality.
Even printing in 4-color mode realizes a non-grainy print. With a minimum dot size of 6 pl, sharp edges of small texts and smooth skin tones can be created. |
| Types of Ink |
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| Features |
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200 % elasticity, suitable for embossing and other post-processing tasks |
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High scratch resistance and chemical resistance |
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Application
of Color Inks |
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Packaging
(durable against creasing) |
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White media such as POP displays and panels |
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Aluminium composite boards
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Backlit film |
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Application
of White Ink |
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Embossing processes such as used in production of membrane switches |
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Packages using transparent materials |
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Transparent materials such as glass and plastic |
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Metal, Resin
(depending on types of material) |
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| * Elasticity of LF-200 varies depending on types of material. Please contact our technician for more detail. |
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Sample prints on transparent aclylics |
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| Without white ink as a basis for overprinting, the colors are not as vivid as they could be. |
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With the white ink overlay print, the images are bright and vivid. |
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