Sharp contours in microelectronics

Laser cutting of circuit boards of polyimide

The following well-known synthetic materials are used in various technical and mini-technical applications in the design of flexible printed circuit boards:

• Polyimide    • Kapton®    • Norton®     • Mylar®

Laser processing takes place both before and after the electronic components are mounted and often in combination with other substrates such as spacer or adhesive foils.

Investment costs reduced to a fraction

Based on mechanical swiss-made high-precision-technology we have now made this application attractive for the CO2 laser market as well.

  • Applications using the economical sealed-off CO2 laser 
  • Perfect cuts - no reworking!
  • Minimum oxide formation thanks to our new nozzle and exhaust concept
  • Precision right through to the µm-range 
  • Open software structure (file formats e.g. dxf, ai, pdf)
  • Perfectly accurate laser cutting, in particular for printed materials thanks to our optical recognition system

Users in this market segment have already given our application technicians confirmation of the excellent quality of the cutting edges. They are now manufacturing successfully and efficient for the automotive supplier market.

For further information please click the links below:

eurolaser laser cutting systems in process:

No Flash here
Circuit board of polyimide
Circuit board of polyimide
Cutting edge in detail
Cutting edge in detail
Trace in detail
Trace in detail

Facts

Product:
Material:
Material thickness:
Basic material:
Processing:


Batch size:
Dimensions:
Production time:
Automation:
System Quality Demand:
Tolerances & Accuracy:
Fields of application:

Flexible circuit board
Polyimide foil
0,1 mm
Sheets
 Cutting
 Engraving
 Marking
Prototyping to serial production
1 min 55 sec per sheet (8 pieces)
ca. 85 mm x 135 mm
camera recognition
high
/ medium / low
high / medium / low
Car-ABS-sensors, flexible circuit boards