1 - 10 of 12 Search Results for ultrasonic
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2.
DrillingOfGlass.PDF
(PAGE 1 OF 7)
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…why we have chosen 7740
borosilicate Pyrex® glass for our investigations.
A standard technology for producing holes in such wafers is ultrasonic drilling. The disadvantages of this
method are the limited minimum diameter of the holes and the limited quality of the hole walls. In order…
Related Searches: glass drilling
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4.
Commercial Applications of High Power Picosecond Lasers
(PAGE 4 OF 5)
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…features can be produced in a number of glass types. For example,
Figure 5 and Figure 6 show blind holes in glass with depth >200 µm. An ultrasonic bath was
used to remove particles from around the entrance hole.
Micromilling glass is also becoming increasingly important for medical…
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5.
Coherent Inc. Lasers enable Laser Inspection
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…generated features and the determination of contamination in the semiconductor field. Microscopic laser inspection uses scattering, absorption and ultrasonic techniques to determine and locate a defect or a contamination of sizes in the range of the wavelength used. The Compass 315M / 415M family and the…
Related Searches: compass 315m | 315m controller | compass
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6.
AILU Coherent CO2 042010
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Best match in this PDF
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All matches in this PDF
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…diversity of automotive interior production needs, several production technologies currently co-exist. The include die punching, blade cutting, ultrasonic cutting, water jet cutting, milling and laser cutting. While the laser is by no means the best solution for every problem, non-contact laser processing…
Related Searches: mtbf
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8.
Highlights No. 57 zur PDF.QXP
(PAGE 8 OF 8)
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…combination with conventional CAD/CAM-software
the process becomes very flexible. In comparison to Electrical Discharge Machining (EDM)
and Ultrasonic methods no tool is necessary.
The result is a drastic reduction in the total
machining time from the design to the final
microstructure…
Related Searches: glass drilling | third harmonic generation
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9.
AILU_Coherent_CO2_04-20-10 .pdf
(PAGE 1 OF 1)
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…automotive
interior production needs, several production technologies currently co-exist.
The include die punching, blade cutting,
ultrasonic cutting, water jet cutting, milling and laser cutting. While the laser is
by no means the best solution for every
problem, non-contact…
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10.
Commercial Applications of High Power Picosecond Lasers
(PAGE 4 OF 5)
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…features can be produced in a number of glass types. For example,
Figure 5 and Figure 6 show blind holes in glass with depth >200 µm. An ultrasonic bath was
used to remove particles from around the entrance hole.
Micromilling glass is also becoming increasingly important for medical…
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