- Time : Monday-Friday 8:30am - 4:30 pm
KJ Laser Micromachining| leading laser cutting service specialist
We Are The Leader in Laser Micromachining
... founded in August 2001
Automotive, Artist, Aerospace and Many Others
From Prototype to Production, Every Industry Served
Quality
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KJ Laser Micromachining has established itself as a leading service provider of laser cutting, marking and welding services. Prototype to production we are your partner in laser manufacturing solutions. With customers ranging from across North America, but also globally to supporting customers from South America to Europe and Asia.
KJ Laser Micromachining is your source for innovative, technologically advanced laser manufacturing solutions. Equipped with various laser types, sizes and beam delivery systems we apply the most suitable laser source (UV, IR, far IR) and pulse regime (nano-, micro- or milliseconds) to provide and deliver innovative and reliable manufacturing solutions at a competitive prices and fast delivery to satisfy the highest quality and accuracy requirements of our customers.
21Years
Expert Laser Experience
KJ Laser Micromachining is proud to provide its customers a wide range of Laser services
KJ Laser Micromachining is dedicated to meet the highest requirements on finishing quality and lead time, while being able to provide its customers competitive low-cost manufacturing solutions.
- Micro electronics
- Medical
- Aerospace
- Energy
- Photovoltaics
- Semiconductors
Lasers are flexible and versatile tools. In addition to sheet metal cutting and welding, lasers are used for micromachining and precision manufacturing of complex geometries of delicate components.
With state-of-the-art lasers and linear motor air-bearing positioning systems, KJ Laser Micromachining can deliver consistent laser machining results from prototypes to production quantities within a tolerance of only ±0.0001″.
The machining capability is based on over 20 years of extensive and proven experience in laser material processing and laser micromachining of various materials, as well as in process automation and material handling.
- Lasers and beam delivery optics
- Laser-material interaction (pyrolytic and photolytic)
- Heat conduction and hydrodynamics
- Gas dynamics and material ejection