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Laser Additive Manufacturing in Texas (Feb 23, 2010)

ORLANDO, Florida --The Laser Institute of America (LIA) is creating a buzz of excitement with its second annual Laser Additive Manufacturing (LAM) workshop in Houston, Texas, May 11–12, which will provide industry experts from fields such as automotive, aerospace, oil and gas, biomedical, construction, and others to discuss and tout laser additive manufacturing’s vast potential.

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Efficient high-power diode laser cladding (Aug 1, 2009)
Award-winning research leads to the development of wire-fed laser cladding of aluminum-bronze on steel bearing surfaces in marine pumps Read More >>
Laser cladding with direct diode lasers (Jun 1, 2009)
New lasers and materials break barriers enabling new coatings and often replacing conventional technologies Read More >>
Lasers advance additive manufacturing and repair (Nov 1, 2008)
Laser deposition technology is finding applications in laser cladding and repair and laser freeform manufacturing Read More >>
Laser assisted Cold Spray (Nov 1, 2008)
LCS can reduce process costs and increase application range Read More >>
A Tough Exterior (May 1, 2008)
Laser cladding services take generations-old company into the future. Read More >>
Aero engine repair (Sep 1, 2007)
Laser metal deposition as a repair technique for high-value aero engine components Read More >>
A promising tool (Aug 1, 2007)
High-power diode lasers (HPDLs) have been applied in industry for several years. Apart from the pumping of solid-state lasers they are used in materials processing for welding, soldering, and heat treatment. Read More >>
High-power diodes in materials processing (Jul 1, 2007)
The demand for high-power direct-diode lasers (HPDDLs) is currently enjoying unprecedented growth, particularly in four key areas: heat treating (surface hardening), cladding, welding, and brazing. At the heart of all solid-state lasers-rod, disk, or fiber-is the pump diode laser, which converts electrical power into optical power. Read More >>
Repair instead of Replace (Jul 1, 2006)
Laser process extends the service life of single-crystalline turbine blades Read More >>
Repairing aero-engine parts (May 1, 2006)
Laser cladding proves to be a cost-effective alternative to dabber welding Read More >>
Working on the railroad (Mar 1, 2006)
Leaves adhering to train tracks, a serious and costly problem, are laser obliterated Read More >>
South Africa steps up laser material processing (Aug 1, 2005)
With a capital investment plan in place, the National Laser Center works to transfer technology to industry and further research and development Read More >>
Repairing turbine blades (Jul 1, 2005)
Laser technology repairs low-pressure turbine blades on site Read More >>
Seeing the light (Mar 1, 2005)
Tool die and mold repair shops have been hit pretty hard economically in the past couple of years. Read More >>
Laser cladding makes the grade (Nov 1, 2004)
Utilizing the laser for precise selective deposition of tool grade material could revolutionize the tool industry Read More >>
Reinventing the (fifth) wheel (Jun 1, 2003)
Laser alloying provides next generation of truck components Read More >>
Laser technologies in Ukraine (Mar 1, 2003)
Despite economic difficulties, Ukraine has made significant achievements in the field of high technology. Laser and laser technologies are considered top priorities for future development Read More >>
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