Improve Performance and Reliability
As manufacturing costs increase and new designs become more expensive, service life extentions are a cost-effective method to maximize the value and efficiency of available materials. LSP Technologies has a legacy of enhancing critical components through collaborative partnerships across many industries. These partnerships have led to decreased costs for customers along with safer and more reliable components. LSP Technologies continues to expand the scope of laser peening applications, and we encourage you to contact us today.
Superior Surface Enhancement
Much progress has been made at decreasing the cost and increasing the throughput of laser peening, making the process cost-effective for a broad range of applications. Laser peening technology continues to evolve at a rapid pace, and has applications for critical fatigue-prone components across a variety of industries.
- Engine components
- Bulkheads, wing attachments, flight control mechanisms, wheels
- Brakes, landing gear
- Welded titanium and aluminum components for improved reliability
- Welded aging aircraft parts for improved reliability
- Fasteners and fastener holes to combat fatigue, fretting fatigue and stress corrosion cracking
- Cost-effective, high reliability castings to replace forgings
- Mobile laser peening for deployment at repair depots for treatment of large structures and detection of exfoliation corrosion
Laser peening has become an accepted and widely adopted surface enhancement process for gas-fired turbine engine components within the power generation industry. The process has also been adopted for many applications in nuclear power systems.
Applications for the Army
Within the U.S. Army, numerous opportunities exist for laser peening enhancement of fatigue-prone helicopter parts such as transmission gears and other drive train components. Laser peening will enable the development of lightweight drive trains capable of higher horsepower loads than present generation helicopters. Laser peening can also improve the performance and reliability of rapid cycling firearms and artillery, as well as toughen support systems and vehicle components in tanks and armored vehicles.
Applications for the Air Force
Laser peening has already been incorporated into several designs currently employed by the U.S. Air Force. Additional potential applications include laser peening for stress relief of nuclear propulsion system parts such as tube/sheet welded assemblies for improved resistance to stress corrosion cracking (SCC) and crevice corrosion. Other candidates include fatigue-prone catapult and tail-hook arrest mechanisms, ship drive gears and bearings, and welded vehicle or HUMVEE components that are susceptible to stress corrosion cracking.
Opportunities exist to apply laser peening for weight reduction, increased reliability, and improved fuel economy in automotive and truck parts such as transmission gears and axles, rotating engine parts, and impellers.
Medical Applications for Laser Peening include treatment of orthopedic implants to improve the fatigue performance of hip and knee replacement joints and spinal fixation devices.
Tooling and Manufacturing Applications
Cold pilgering or tube reducing, is a room-temperature, cyclic metal forming process in which metal tubing is reduced in cross section by a combination of wall thinning and diameter reduction. The pilgering process produces seamless, high-strength tubing used in critical applications such as aircraft hydraulic lines, where high fatigue strength is necessary. Additional applications for pilgered tubes include commercial heat exchangers, zirconium nuclear fuel cladding, and aircraft engines to name a few. Pilger and other tooling dies, as well as well drilling bits and many other machine tools have been laser peened and benefited from the improvement in fatigue life and strength.