Laser Processing Technology, Inc. · Laser Processing Technology, Inc. LPT has recently acquired...
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Laser Processing Technology, Inc. LPT has recently acquired custom equipment with improved, state of the art, high speed laser cutting technology. Markets keep demanding that features become smaller and closer together. With our new laser capability, LPT can provide leading edge technology to accomodate these demands. The new laser technology allows higher equipment was custom fabricated for LPT to not only produce parts at higher speeds but to improve quality and allow features to be .040 ” thick black c e r amic w ebs a r e .005 ” wide .020 ” thick 96% alumina w ebs a r e .010 ” thick with no si g ns of mic r of r a c tu r ing or st r ess scribe pulses can be produced using a tighter gap between them. Smaller and cleaner pulses can be achieved allowing for more uniform snapping of the substrate. .001 ” thick K ap t on w ebs a r e .003 ” be t w een cu t outs
Transcript of Laser Processing Technology, Inc. · Laser Processing Technology, Inc. LPT has recently acquired...
LaserProcessingTechnology, Inc.
LPT has recently acquired custom equipment with improved, state of the art, high speed laser cutting technology. Markets keep demanding that features become smaller and closer together. With our new laser capability, LPT can provide leading edge technology to accomodate these demands.
The new laser technology allows higher
equipment was custom fabricated for LPT to not only produce parts at higher speeds but to improve quality and allow features to be
.040” thick black ceramicwebs are .005” wide
.020” thick 96% aluminawebs are .010” thick with no signs of
microfracturing or stress
scribe pulses can be produced using a tighter gap between them. Smaller and cleaner pulses can be achieved allowing for more uniform snapping of the substrate.
.001” thick Kaptonwebs are .003” between cutouts
