27.11.2014 Views

JFX Series UV Flatbed Printers - Midwest Sign & Screen Printing ...

JFX Series UV Flatbed Printers - Midwest Sign & Screen Printing ...

JFX Series UV Flatbed Printers - Midwest Sign & Screen Printing ...

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Experience the great benefits of <strong>UV</strong> LED printing c<br />

Always striving for the best, Mimaki has achieved significant productivity<br />

enhancements for its flatbed <strong>UV</strong> LED printer series <strong>JFX</strong> with up to 80 % higher speeds.<br />

The new <strong>JFX</strong> plus series features a standard post-curing unit that enables printing of<br />

up to 23.6 sqm/h. This is nearly twice as fast as previous models.<br />

A roll unit has been developed to boost efficiency and productivity when printing on<br />

roll fed substrates.<br />

In addition, Mimaki's IMS* technology ensures the highest image quality exceeding<br />

your customers' expectations.<br />

* IMS=Intelligent Microstepping System High accuracy<br />

High Speed<br />

Post-curing unit<br />

As standard, <strong>JFX</strong> plus series is now equipped with a post-curing unit that cures the<br />

print after its first exposure by <strong>UV</strong> LEDs thus enabling nearly double the print speed<br />

as previous models. Print service providers can now cater to their clients' needs for<br />

fast turnarounds, quick changes and short run orders while at the same time<br />

increasing productivity and efficiency.<br />

Print speeds<br />

IMS for highly detailed and accurate prints<br />

The new head positioning mechanism uses high resolution linear<br />

scale for fine step accuracy of dot placement.This results in far<br />

fewer banding artifacts and even the possibility to print legible 3pt<br />

characters.<br />

High speed<br />

(when using post-curing unit)<br />

300×600dpi, 4pass, bidirectional<br />

23.6m2/h<br />

Examples of dot placement<br />

Feed direction (x)<br />

Feed direction (x)<br />

Standard<br />

13.0m2/h<br />

600×600dpi, 4pass, bidirectional<br />

High quality<br />

7.6m2/h<br />

600×600dpi, 8 pass, bidirectional<br />

Difference of dot placement<br />

5 10 15 20 25<br />

Print speed varies according to substrate.<br />

*<br />

Post-curing unit<br />

Without IMS<br />

Banding can occur as ink drops<br />

are not exactly positioned<br />

<strong>JFX</strong><br />

Precise ink dot placement prevents<br />

banding<br />

High speed <strong>UV</strong> ink curing<br />

Media<br />

<strong>Printing</strong><br />

Head<br />

Post-curing<br />

unit exposes<br />

the ink for a<br />

second time<br />

to <strong>UV</strong> rays<br />

<strong>UV</strong> LED curing of ink<br />

High resolution of 1200 x 1200 dpi and variable drops<br />

High image quality is achieved by utilizing a resolution of<br />

up to 1200 x 1200 dpi and variable dot sizes. Even<br />

printing in 4-color mode realizes a non-grainy print, thus<br />

prints show smooth gradations and highly detailed<br />

images.<br />

Variable dot technology<br />

Max.<br />

print size<br />

1,600mm<br />

×<br />

3,100mm<br />

without<br />

post-curing unit<br />

Max.<br />

print size<br />

1,600mm<br />

×<br />

2,700mm<br />

with<br />

post-curing unit<br />

Please note that when using the post-curing unit for<br />

high speed printing and curing, maximum print size<br />

is shortened by 150 mm (front), 250 mm (back) and<br />

400 mm (total). The printer automatically switches<br />

sizes when post-curing is selected. Therefore please<br />

make sure to adhere to the maximum print sizes<br />

according to your selected print and curing mode.<br />

(The image on the left shows the maximum print size<br />

without post-curing)<br />

Conventional dot<br />

Each dot has the same size<br />

Image<br />

Image<br />

Variable dot<br />

Accurate control of different dot sizes

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!