MRO Americas 2024
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  5. Prima Power LASERDYNE

Prima Power LASERDYNE

Brooklyn Park

United States of America

L3/1303
www.primapower.com/en/technologies/specialized-processing-laserdyne

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Team members
Emily Hunt
Product Manager
Prima Power LASERDYNE
Chris Rasmussen
Applications Manager
Prima Power LASERDYNE
Dominic Rickard
Sales Manager, Laserdyne North America
Prima Power LASERDYNE
Categories
Advanced Materials/Composites
Airframes
Components
Engineering
Engines
Military Maintenance
Parts Distributors
Parts Manufacturer

Products

LASERDYNE® 795
LASERDYNE® 795
LASERDYNE 811
LASERDYNE 811

About

Prima Power LASERDYNE, headquartered in Brooklyn Park, MN, stands out in the realm of laser processing solutions, with a rich history spanning over 40 years. Founded on a commitment to innovation, precision, and customer satisfaction, LASERDYNE continues to push the boundaries of what's possible in laser manufacturing technology.

At the heart of LASERDYNE's offerings are two highly configurable laser processing machines tailored to meet the diverse needs of each customer, in industries such as aerospace, space economy and energy. The cornerstone of LASERDYNE's success lies in its ability to prioritize and focus on its customers' needs. By listening to and understanding their customers' precise applications, the LASERDYNE team is dedicated to delivering industry-tested quality and performance in every aspect of its products and services.

Aviation impacts: 

Over the years, LASERDYNE has earned widespread recognition for its industry-leading solutions and firm commitment to excellence. Early on, LASERDYNE laser systems became the standard for laser processing of aero-engine components. Then, in the early 1990’s, LASERDYNE machines enabled a transition in the design of aero-engine components that has led to major increases in fuel efficiency and reductions in emissions.

Components originally designed for metal punching that included a few relatively large cooling holes were redesigned to include hundreds of thousands, of small (0.5 mm diameter), shallow angle (20 degrees off the surface) ‘effusion cooling holes’. The capability to produce these holes using LASERDYNE machines lead to a revolution in aero and power generation turbine engine component design. Today, LASERDYNE implements its innovative processes in multiple industry sectors, including space economy and advanced aero-engine application, continuing to push 3D laser processing to new levels.

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We're exhibiting at

MRO Americas 2023
From 18 Apr 2023 to 20 Apr 2023
10:00 - 20:00