Printing on cylindrical cups and mugs is pretty common but the combination of the attachment and the 11 8 print height on the compress gives you new and profitable opportunities in printing.
Uv printer for cups.
See this demonstration video then scroll down and see all of the standard.
Once a graphic is created using the respective software the uv printer will transfer a high resolution picture perfect image onto almost any surface at the click of a button.
Uv digital printing on glass.
Cups mugs cylinders with only a screen duration.
Industrial uv printers take digital images and print them directly onto a substrate.
As its name states the uv ink is cured after printing using a uv light.
Mug cup uv printer uv flatbed cylinder printer how do i print on the cylinder and mug cup by the uv flatbed printer.
This led uv printer is way above the competition in specialty printing realm.
Copeland went on to say the iuv series was designed for maximum versatility flexibility and durability.
One of the greatest benefits of inkjet printing is that the finished products are high.
The uv printing market has been expanding in the past few years and allows for simple product decoration as well as detailed printing on blank goods customized yeti cups or oem items.
The iuv led series is ideal for printing on materials like wood glass plastic foam core metal and others it is also the perfect solution to print on thousands of smartphone cases usb drives or bulky items like guitar cases.
These machines utilize cyan magenta yellow black white and varnish uv inks to reproduce stunning graphics on a variety of materials such as plastic glass stainless steel ceramic and more.
Maximum versatility printing for custom items.
If you just need to print one small logo on the mug cup or cylinder for example the wine bottle plastic bottle etc you do not need the mug adapter or cylinder adapter.
Digital or inkjet printing utilizes uv ink to print full color onto cylindrical and tapered items.
A uv inkjet printer uses a uv digital printing process to apply a 2d digital image to a 3d object.