Stylus/needle and dot matrix
print stamping technique

 
Applications:
Offers the advantage of exceptional flexibility in the way of stamped texts, character heights and widths, and stamping depth.

Because little force is used, solid, hollow and sensitive parts can be stamped. The tolerance equalisation mechanism even permits marking on sloping and curved surfaces.  
 
 
We offer:
Marking systems with and without fixtures, from basic manual solutions to special, fully automatic machines.    
 
 
Our products:
- Mobile machines,
- workshop machines, systems and fixtures
- Built-in systems (in a variety of versions)
 
For flexible, rapid marking with alphanumeric characters, logos or a 2D code. The marking process results in a permanent, 'document-type' marking.
 
Thanks to their wide-ranging versions, these systems enable us to resolve almost every marking problem. 
 
Advantages:
- Freely adjustable character heights and widths
- Individually adjustable stamping depths
- Various character sets/special characters
- Low noise level (scribe marking)
- Minimal effect of force
- Displacement process means no material is removed
- Cost effective standard systems
 
Presentation and description of marking processes
 
  
Stylus stamping: Entails drawing the indented tip of a marking tool (similar to a scriber) into the material. Very gentle stamping process with highly attractive print image  
 
  
Needle stamping: Oscillating (impact action) marking tip giving rise to a continuously drawn line (highly dense sequence of individual dots).   
 
  
Dot Matrix print stamping: Characters are depicted by means of individually printed dots (7 x 5 or 9 x 7).

 
  
2D codes (DataMatrix/ECC200) are also stamped with the same stamping head/tool as for dot print stamping.

  
Vibropeening: The result of this marking process is similar to stylus marking, but the tolerance equalisation distance to the workpiece is reasonably bigger.It is either created with dot matrix or DataMatrix marking heads.


All stamping processes
can be used on:
aluminium, magnesium (machined and unmachined non machined), steel, stainless steel, plastics, cast iron and other materials.