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Introducing the Compact Screen Printing Machine—the ultimate solution for all your textile label and ribbon printing needs. With its compact size and durable metal belt, this machine is designed to handle even the toughest printing jobs easily. Whether you're printing on textile tapes, satin ribbon, cotton labels, twill labels, elastic tapes, taffeta ribbons, damask labels, garment labels, shoelaces, or any other material, this machine will deliver the results you need.

With available modes of 2+1, 3+0, and 3+1, the Compact Screen Printing Machine offers maximum versatility and flexibility. And with its metal belt that can endure temperatures of up to 200 degrees Celsius, you can be sure it will work seamlessly with any type of ink, including the toughest pom inks.

This machine is also designed with affordability in mind, making it accessible for textile label production factories of all sizes. Despite its low cost, the Compact Screen Printing Machine does not compromise on quality. It offers reliable performance and efficient results, making it a great investment for your business.

So if you're looking for a compact, versatile, and efficient screen printing machine for all your textile label and ribbon printing needs, look no further than the Compact Screen Printing Machine. Take your business to the next level with this must-have piece of equipment. Please send us an inquiry today to get the details. It is free!

Why us?

1. The most cost-effective screen printing machine for you.

2. 24/7 online support

3. quality ensure

4. Positive feedback from clients.

You may need the following auxiliary devices for your screen printing solution.

1.mesh stretch device

2. screen plate exposure machine

3. screen plate constant temperature drying oven

What's Screen Printing? 

Silkscreen printing, commonly abbreviated as "screen printing", consists of five main elements: the screen printing plate, squeegee, ink, printing table, and substrate. Screen printing works on the principle that the graphic part of a mesh passes through ink, while non-graphic portions remain impervious. This creates an even surface for inking up smaller areas than usual mesh sizes allow. Screen printing begins by pressing one end of the plate into ink and applying pressure with a squeegee on its parts while moving toward its other end. Ink is transferred by the motion of the squeegee from the graphic part of a screen hole extrusion to its substrate. Due to the viscous effect of ink and its ability to fixate prints within a specific range, screen printing plates and substrates must remain in contact with each other during this step. As these lines move back and forth between them, they create what is known as rebound force on the squeegee itself. Due to rebound force, only part of the screen printing plate and substrate make contact - leaving other parts disengaged. By carefully controlling both ink and screen fracture movement, printing size accuracy is achieved, and dirty substrate is avoided. Squeegee scraping the page clean, followed by lifting both plates, causes both inks to return to their initial positions - known as a printing stroke.