|
|
|||||||
Home
|
|||||||
|
Consulting Expertise |
|||||||
|
We can
help you to create or improve processes in following areas: |
|||||||
|
|
Semi conductors Economical,
high quality cutting of silicon power semiconductors. Our process will
provide a smooth edge, no burrs, no thermal stress, and no micro- cracks or
chipping. Additional processes include drilling, grooving, scribing, edge
grinding, thinning, and marking. |
||||||
|
|
Electronics Complex, multi-layer PCB's &chip
scale packages can be cut economically to high precision. Ultra-precise
stencils for screen-printing can be cut with no deformation of the sheet and
no post-treatment being required. Air gaps of ferrite cores can be machined
rapidly with high precision, ensuring ultra-low running costs. |
||||||
|
|
Electronics Membrane
switches are a huge application field involving laser processing. Precise,
with low tolerances and high flexibility, the laser is the first and obvious
choice for fast prototyping or when quantities are too low to justify steel
rule die cutting. |
||||||
|
|
Medical Metal
endoscope parts, micro-needles, and implants can all be produced to very high
precision with an excellent surface finish. |
||||||
|
|
Bioscience Fixtures Acrylic
fixtures to organize bioscience labs |
||||||
|
|
Industrial Textiles Industrial
textiles, such as sound-suppressing and insulating materials, gauze, filter
materials and natural or artificial fibers can be lasered at high speed to accurate
contours. A large number of textiles can be lasered regardless of the pile
direction, whether they are fine, coarse-woven, light, or heavy materials.
Production output can be further increased by means of automatic material feeding. |
||||||
|
|
Energy Solar
PV Si-cells with contoured edges can be cut out with no mechanical stress,
chipping, heat damage, or changes to electrical properties. Further
advantages over conventional sawing include low running costs, higher
quality, and very high flexibility. Additional applications include turbine
blades and parts for nuclear energy. |
||||||
|
|
Plastic Welding Nearly
all thermoplastics and elastomers can be welded using laser transmission
welding. High welding seam strength in the region of the base material is achieved.
Dark plastics, preferably dyed with carbon, are welded with transparent ones.
Dark/dark and transparent/transparent combinations are possible with the aid
of special pigments. |
||||||
|
http://www.lasercuttingshapes.com/ Laser cutting of most
materials |
|||||||
Home
|
|||||||
|
biosciencefixtures.com |
|||||||
|
All images are
courtesy of Vadim Daskal, Synova SA,
Eurolaser GmBH and Vitro Lasers |
|||||||