In this paper, recent achievements within the fields of material removal using CO2 lasers are demonstrated. This covers the development of special processing head components and investigations of material removal on tool-steel (1.2367).

As a result of the investigations, main parameters which affect the rate of removal and the machining quality are examined in detail. Starting from the basic physical factors, the laser beam process is evaluated with regard to the rate of removal. For the evaluation of the machining quality, examinations regarding the heat affected zone and the average roughness value were carried out.

Topics
Lasers
1.
H.
Haferkamp
,
Fr.-W.
Bach
,
K.
Engel
,
A.
Homburg
,
D.
Seebaum
, “
Effects on propagation of high power laser beams using adaptive optics
”,
Proc. 2nd Workshop on Laser Beam Characterisation
, 30th
May
- 1st
June
1994
,
Berlin, Germany
, p.
108
–
116
Google Scholar
 
2.
R.-J.
Ahlers
,
G.
Eberl
, “
Neue Laserpraxis im Werkzeugbau
”,
Laser Praxis, Sonderteil in Hanser-Fachzeitschriften
, Mai
1992
Google Scholar
 
3.
G.
Eberl
,
H.
Hügel
, et al, “
Laser Chip Removal a new technology
”,
Laser und Optoelektronik
,
25
(
3
)
1993
Google Scholar
 
4.
F.
Dausinger
, “
Laser-Materialbearbeitung
”,
Laser und Optoelektronik
,
25
(
2
)
1993
Google Scholar
 
5.
H.
Haferkamp
,
D.
Seebaum
, “Material Removal on Tool Steel using High Power CO2-Lasers”,
Proc. of LANE’94
,
Erlangen
,
Germany
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© 1995 Laser Institute of America.
1995
Laser Institute of America
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