Pad printing
Surface processing via pad printing
With its great flexibility and versatile applications, pad printing is a popular technique for individualizing motif products and advertising materials. Based on the letterpress printing process developed by Johannes Gutenberg, pad printing is a direct development of the decalcification process and a modern interpretation of indirect gravure printing.
After the production of an ink stencil using an offset film, the template is created for the subsequent printed image, which is then pressed onto the desired object using a silicone rubber-based pad.
The stamp-shaped and easily deformable pad ensures an ideal print image, especially on objects that require a specially adapted and precise printing process without distortions of the motif due to their special shape, for example edges or roundings. The tampon printing machine is not only convincing when carrying out such body printing - as the resistance of the print places different demands on the printing ink depending on the material, the ink can be adapted to the respective base material. Translated with www.DeepL.com/Translator (free version)
Service for industry and trade
Thus, almost any target can be printed with pad printing. In particular, this high adaptability of the printing technique as well as the numerous design options, which are also expressed, for example, in the choice of a multi-color print or in the setting of the color intensity of the motif, make pad printing practical for printing individualized products that represent a special brand image through independent branding and push it on the market.
Due to the wide range of surface materials that can be given a unique coating using pad printing, the technology is also suitable for designing numerous products in the automotive sector.
Furthermore, pad printing is advancing among the highest volume printing processes due to its fast turnaround while maintaining excellent embossing quality, making it an indispensable finishing printing process for mass-produced items.
Customized service
It is not only because of its traditional history and application that the LES GRAVEURS team is convinced of the use of the pad printing process. In combination with our team's high level of expertise in a wide range of printing processes and special knowledge of the heat and scratch resistance requirements of the various raw materials and inks, our pad printing delivers precise, high-quality prints that can withstand constant and recurring stresses such as mechanical abrasion.
FAQ – Surface Treatment via Pad Printing
What is pad printing?
Pad printing is an indirect intaglio printing process where a silicone rubber pad transfers ink from a plate onto the target medium. It is particularly suited for printing on uneven or shaped surfaces, as the flexible pad easily conforms to the surface, ensuring a distortion-free print.
What are the advantages of pad printing?
Pad printing offers great flexibility and adaptability to various surfaces, materials, and shapes. It can be applied to almost any surface material and enables precise printing even on challenging, uneven surfaces. Additionally, pad printing is ideal for multicolor designs and provides excellent print quality for mass production.
What materials can be printed with pad printing?
Pad printing can be used on a wide range of materials, including plastics, metals, glass, ceramics, wood, and more. This versatility makes it ideal for promotional products, consumer goods, automotive parts, and technical components.
In which industries is pad printing used?
Pad printing is widely used in industries such as promotional products, the automotive sector, and consumer goods manufacturing. Its flexibility and fast processing make it particularly suited for printing on series products with custom designs or logos.
What makes pad printing particularly durable?
By adapting the ink to the material being printed and using heat- and scratch-resistant colors, pad printing ensures long-lasting and durable prints. These prints withstand mechanical stresses such as abrasion, making pad printing ideal for industrial applications.
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