Laserod Micromachining Services
We assist companies in a broad variety of industries with their low-to-high production needs.
What are Micromachining Services?
Whether it be computers, medical devices, phones, or automotive components, the demand for ever smaller parts increases yearly by double digits.
Simply put, micromachining is the removal of small amounts of material by something other than a sharp-edge tool.
With lasers of the full range of wavelengths and rep rates, Laserod can machine materials as thick as 3mm and create features as small as 5-50 microns on nearly any thin material such as silicon wafers, plastic tubes, glass, metals, or ceramic.
Among the numerous advantages of laser micromachining are the following:
- minimal heat effect
- closer tolerances
- rapid cycle times
- virtually no tooling cost
- high surface finish and edge quality
Laserod is highly regarded for taking on demanding jobs for cutting-edge clients, including some of the world’s most highly regarded universities, aerospace companies, and medical instrument manufacturers.
For higher volume clients, we take pride in our many decades of building both standard and custom laser systems. So, from concept to volume production, Laserod has the facilities, experience, and flexibility to meet your laser micromachining needs.
These micro-precision machining services use high-precision lasers to fabricate tiny components with high accuracy.
Laserod provides a variety of precise micromachining services, including:
- Stainless Steel
- Carbon Fiber
- Plus many others
- Substrate Size: Up to 700mm x 700mm
- Substrate Thickness: Up to 3mm
- Hole Diameter: Down to 5ums
- Feature Registration: +/-5ums
The Benefits of Using Micro Cutting Tools
High-quality surface finish
Minimal heat damage
Low tooling costs
Some of the key industries and applications include:
Industries We Work With
Aerospace & Defense
Our Biotech and Medical Laser cutting services
In this field, our lasers aid in the fabrication of sensitive components. These components require meticulous attention to detail to ensure accuracy and functionality.
We contribute to the solar energy sector by scribing photovoltaic cells. Our femto lasers allow for fine patterning, which is essential for efficient solar cell design and production.
In micro-electronics, our lasers play a critical role in circuitry design and fabrication. From cutting thin films to etching micro-scale patterns, our technology meets the exacting demands of this industry.