Ultra-Violet (UV) Laser Ablation Intricate and Complex Patterns Without Charring
A-Laser knows the importance of focus in any business, and in the technologically complex world of lasers, it’s essential. With the use of ablation or synthetic erosion, UV lasers mimic the natural wearing away process. This state-of-the-art technology explodes material rather than melting it, creating a cleaner edge and less thermal impact. A-Laser ablation successfully handles polymides, precious metals, and thermal substrates.
What is UV laser ablation?
Ablation is defined as removal or erosion of something. Ultraviolet laser ablation is the technology used to mimic the wearing a way of natural objects that are usually found in nature; like the erosion of rock or evaporation of snow.
The UV laser ablation process explodes material rather than melting it, which results in a sharper, cleaner edge and less thermal influence when laser cut. A-Laser operates on a wide range of materials with our UV laser ablation systems, from polyimides to precious metals to thermal substrates. Additionally, these materials are seen with adhesive combos that are clad or bonded. Our UV ablation specialists have built a vast library of tools to accommodate these various material combinations, their thicknesses, and cut requests of our customers.
By utilizing UV laser ablation, we can achieve incredibly intricate and complex patterns without charring the material and maintaining tolerances of +/- 12 microns or .0005″.
Ultraviolet (UV) Laser ablation will produce finely cut and detailed features in precision parts manufacturing for industries ranging from medical to engineering. This application is typically used on non-metal parts but can also be used on ultra-thin metal as well.
What sets A-Laser apart in ablation work?
The UV laser has the ability to cleanly cut even the most complicated patterns with minimal stress. The laser allows for more circuits on a single panel, and has an integrated vacuum table. Operational costs that occur from outsourcing are eliminated due to the high-quality cutting and versatile processing.
The advanced dust and fume exhaust unit removes all debris, which results in a clean surface and no polluting of the work environment. These high-precision lasers are on the cusp of replacing environmentally unfriendly processes like chemical etching.
Laser measurement happens at the source, which ensures proper process monitoring. Creating custom laser tools allows the exact project parameters to be met with an unlimited amount of combination and variations. The use of short wavelengths enables lasers to be precisely focused, creating very fine circuit features while still maintaining superior positioning accuracy.
Limited Thermal Stress
By operating at a low power level, A-Laser utilizes cold ablation, which produces a reduced heat affected zone (HAZ). Unwanted effects such as burning, charring or other thermal stress caused by high-powered lasers are avoided.
What Applications Does A-Laser Ablation Excel?
Why choose A-Laser?
We offer cutting services with UV lasers that run at over 7 watts of power. Our lasers have:
- 20 micron beam
- Pulse repetition rates up to 250 kHz
- 355 nanometer wavelength
- Pulse length <100 nanoseconds
- Contact free laser ablation ensures material integrity
Kapton (Polyimide) and PEEK (polyetheretherketone)
Two materials our laser cutting service sees often are Kapton and PEEK. Both cut very nicely on the UV laser cutting systems and both are used for highly technical applications in a wide variety of industries. For our purposes, we know that both Kapton and PEEK laser cut with very little carbon residue, hold tolerances very well, and laser cut with very clean edges. We are curious if anyone out there wants to debate the features and benefits of thermoset vs thermoplastic films such as Kapton and PEEK. Our laser cutting service works with a wide range of engineers, so it would be very interesting to hear input from the various industries.