Laser system feasibility and process parameters

Laserdyne, a world leading manufacturer of laser systems for over 30 years, will evaluate your part processing needs and recommend a solution.

Working from part CAD drawings, descriptions or sample parts, Laserdyne process engineers will provide direction to a quality, cost-efficient process solution. When using leading-edge laser systems, improved precision processes for laser cutting, welding and drilling 2D and 3D component parts are often possible. Solutions range from drilling, cutting and welding a wide range of materials from steel, to thermal barrier coated nickel based alloys.

“It’s not enough to offer the  most advanced laser systems, it’s equally important that we offer processes and solutions that effectively address the new challenges faced every day by the manufacturing community,” reports Mark Barry, Vice President of Sales for PRIMA POWER LASERDYNE. “Whether it’s to design a process for a new alloy or finding innovative ways to provide a competitive edge, LASERDYNE is ready with ideas, answers and solutions.”

Fiber laser is just one of many laser solutions from LASERDYNE

Fiber lasers have caught the attention of industrial laser users in a wide range of industries. For a number of cutting and welding applications, the use of fiber lasers has become the standard. One area that until recently remained challenging is the use of fiber lasers for hole drilling, particularly for effusion cooling holes for turbine engine components and similar applications. Laserdyne is a leader in solving complex hole-drilling applications and is ready with solutions including fiber laser processing. This is backed by documented test data gleaned from both application lab and delivered fiber laser systems.

This includes the LASERDYNE 430, an entirely new laser system series designed for cutting, welding and drilling of 2D and 3D component parts economically while providing requiring precision. The LASERDYNE 430 system design offers great flexibility with options and multiple configurations for processing parts for a wide variety of market segments that require manufacturing flexibility and quick change overs. This new laser system series is available with the LASERDYNE BeamDirector? motion and process control capabilities in a space efficient platform coupled with a fiber laser.

“Evaluating a process for a challenging part is an excellent way to actually see and study a laser system’s feasibility and gain an understanding of the process parameters,” reports Mr. Barry. “Our engineering staff has the depth of experience over many years to provide the best answers and solutions.”