plastic printing substrate Germany

... content and flexible integration. Important selection criteria include production environment, size of print image, resolution, surface texture of the substrate, space and line speed. Matthews Marking Systems uses various inkjet printing processes and offers inks for porous and non-porous surfaces. The printers are suitable for many materials, including wood, plastic, metal, pallets, tires and corrugated cardboard. They can be adapted to individual space requirements and offer solutions for both dusty and clean production environments.

...the printing machine must be stopped more frequently to clean the printing plates. This results in a considerable loss of productivity. // Remove dust wherever it occurs (1) Remove dust in the corrugated board plant With cleaning in the corrugated board plant, plastic, metal, and dust particles are removed early on, as well as paper strips and poor edge trimming. Overall contamination in production is reduced. This has a positive effect on all printing machines in the company. (2) Dust directly before printing...

... electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 DUO is only suitable for non-conductive materials. PlasmaAPC 500 DUO is suitable as a pre-treatment unit for the following...

... can print your products with almost any material composition and geometry. • Printing of parts with a wide variety of geometries with a height of 0 - 400 mm. • The maximum motif size is 400 x 600 mm. • The maximum width or length of the substrate to be printed depends on the geometry, weight, and handling, and will be defined in the feasibility assessment. Let our results convince you!

... fed with extra oxygen. This causes the breaking of molecular bonds in the surface of the substrate to be treated, and the binding of active ions, mainly OH and COOH groups existing in the flame. In this manner, polar groups, enabling the secure bonding of printing inks, lacquers/paints, adhesives, etc. are created in the originally nonpolar material. Due to the formation of polar groups, the surface energy of the treated substrate increases to a measurable amount.

Flame treatment systems for pre-treating plastic and metal surfaces Distance Adhesion improvement for printing, bonding, laminating, etc. Distance Working widths from 25 to 10,000 mm Distance Wide selection of different burners Distance Special designs and automation Choosing the right burner is a crucial factor for pre-treatments. The burners differ in heat output and in the geometry of the flames produced. The active area of the flame should be selected to optimally cover the geometry of the substrate to be treated. Test inks for measuring surface energy...