Drilling

LASERDYNE's laser drilling technology is a sophisticated and precise process that leverages advanced laser systems for high-precision hole drilling applications. Utilizing flexible laser sources, such as fiber lasers, the LASERDYNE system delivers intense, focused beams with exceptional control over parameters like pulse duration, frequency, and power. This level of precision allows for the creation of micro-sized holes in a variety of materials, including metals, ceramics, and composites. The drilling process is guided by CNC systems, ensuring accuracy down to the micron level.

LASERDYNE's proprietary beam delivery and focusing optics play a crucial role in maintaining a small spot size, resulting in minimal heat-affected zones and precise hole geometries. The system is also equipped with advanced vision systems for real-time monitoring and correction, ensuring consistent and high-quality hole drilling across large production runs.

This technology finds applications in industries such as aerospace and medical devices, where intricate hole patterns and precise dimensions are critical for component functionality and reliability.

Resources

Process Guide

Avoiding Back-wall Damage in Trepanning

Capability

Deep Hole Drilling With High Power QCW Fiber Laser
SmartPierce™ Enables Production of Part With Thousands of 0.2 mm Diameter Holes
Stainless Steel Filter Now Laser Drilled Using SmartPierce™
Laser Texturing Metal Surfaces Using Laser Drilling Technology
Laser Drilling and Cutting Composite Materials

Metallurgy

Laser Drilling Process Yields Fewer Cracks in Hastelloy X – Part 1
Percussion Laser Drilling of Hastelloy X Nickel Based Superalloy
Minimizing Base Metal Cracking in Nickel-Based Alloys – Part 1
Minimizing Base Metal Cracking in Nickel-Based Alloys – Part 2

Process Calculator

Using the Process Calculator to Develop Laser Drilling Processes