Dubai, United Arab Emirates
Our Product / Services
We offer the best product range of DILLI FD2513-04DWX Latex print technology, 3-DIGI CAM DRM 610, DIGI FOAM 2D FOAM CUTTING MACHINE, DGI VE-1804 Twinjet printer and NEO JUPITER UV injet printer.
In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.
In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper
In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.
In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.In order to tie in with the launch of a new dedicated personalised printed wallpaper invested in Latex print technology to cope printing robust accurate custom wallpaper.
Neo series of UV injet printer accepted by quality in world market! -High productivity which can print maximum 80mm per hour. -Realization of equipment running and operation system which make user possible to do continuous work conveniently and fast to the utmost limit. Keeping stable printing state in high quality, by discharging the required amount of ink due to the automatic ink refill system, and on the base of software to control precise shape of dot and position.
