27 results

USERP FORSCHUNG UND ENTWICKLUNG UltraschallElementWiderstandsPunktschweißen (USERP) Ultraschallschweißen Ressourceneinsparung und Leichtbau stehen im Fokus moderner Produkt-entwicklungen. Mit dem Ansatz „der richtige

Angebot Rohrverbindungsschweißen engl RESEARCH AND DEVELOPMENT Offer: Pipe joint welding using laser based joining processes For 15 years the SLV Halle GmbH has been developing laser based technologies for welding of

LHSG-1-engl RESEARCH AND DEVELOPMENT Manual Laser Beam Welder LHSG-1 Portable equipment for mechanized laser beam welding of short seams Welding of large sized thin metal sheets LHSG-1 flexible, safe, precise and

Laserstrahlschweißen Schienenfahrzeugbau eng RESEARCH AND DEVELOPMENT Laser beam welding for the construction of rail vehicles Within research and development orders, SLV Halle GmbH investigated the opportunities of

Laserstrahlschweißen von Großrohren eng RESEARCH AND DEVELOPMENT Laser beam welding of large-diameter pipes In co-operation between Europipe GmbH and SLV Halle GmbH, the integration of laser welding equipment in a

Lasertechnische Ausruestungen eng RESEARCH AND DEVELOPMENT Laser equipment of SLV Halle GmbH Our aim is to develop and test innovative technologies. In doing so, we accompany our customers from the initial welding

Orbital-MSG-eng RESEARCH AND DEVELOPMENT Orbital GMA laser beam hybrid welding of large pipes Equipment Girth welding process with hybrid welding head Hybrid welding process Coupling of laser beam and arc in a common

Punktloeten eng RESEARCH AND DEVELOPMENT Spot Brazing Brazing material depot Brazed Brazed spod spot A new process for non-visual lap joints The alternative to spot welding „front side“ „back“ Demonstration sample

Referenzen - ausgewählte Beispiele Stand 2016-12.pdf Schweißtechnische Lehr- und Versuchsanstalt Halle GmbH D-06118 Halle/S., Köthener Str. 33a, Tel. (0345) 5246 370, FAX (0345) 5246 372 Referenzen Fertigungs- und

Eigenspannungsmessung eng MATERIAL SCIENCE Residual stress measurement in SLV Halle GmbH Since 2009, our department of Materials Sciences possesses technology to determinate residual stresses in samples and components

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