NEW: Atmospheric Plasmators for the Preparation of Conical, Cylindrical, and Flat Surfaces

Before printing or other industrial processes, surface preparation is essential to ensure adhesion, quality, and durability of treatments. The new line of Ser.Tec atmospheric plasma treatment machines, developed by the R&D department, allows you to obtain optimal surfaces for different materials: glass, plastic, metal, ceramics, and coated surfaces

Suitable for materials such as glass, plastic, metal, ceramics, and coated surfaces, the advantages in industrial printing are as follows:

• Prepares the surface to be printed by improving the mechanical adhesion of the ink without altering the properties of the materials
  
• Changes the surface tension “temporarily” for the duration of the printing process
  
• Greater protection for the press when it “returns to its original form”
  
• The print does not undergo alterations, increasing the print’s durability and quality
  

In addition to printing, the shaper supports processes such as gluing, spraying, engraving, cleaning, and residue removal

KEY FEATURES FOR PRINTING

• Surface preparation: improves mechanical adhesion without altering material properties
• Temporary modification of surface tension: maximum yield during the printing process
  
• Temporary voltage change Print protection: quality and durability maintained even after returning to original conditions Surface: maximum yield during the printing process
  
• Versatile application: useful for printing, gluing, spraying, engraving, cleaning, and removing residues
  

For whom and which processes
These are common solutions in sectors such as packaging, industrial printing, electronics, medical, aerospace, and technical components, where they guarantee greater efficiency, quality, and reliability in production processes

AREAS OF APPLICATION
In addition to print preparation, Ser.Tec formers can be used in numerous industrial sectors where high standards of adhesion, cleanliness, and surface preparation are required:

Adhesion

• Automotive: treatment of plastic surfaces before bonding gaskets or glass
• Packaging: preparing surfaces before applying adhesive labels
  
• Electronics: improving the adhesion of resins or silicones on printed circuit boards

Surface cleaning

• Medical-pharmaceutical: cleaning vials or syringes before sterilization or filling
  
• Optics: removal of contaminants on lenses or optical media prior to coating
  
• Aerospace: cleaning components before coating them with protective materials
  

Surface preparation

• Industrial printing: plastic or metal bottles before UV or screen printing
• Cosmetics: bottles before decoration/printing or filling
  
• Technical components: metal or plastic parts prior to galvanic treatment or painting