For the most intricate components in medical, aerospace, semiconductor, and EV manufacturing, laser micromachining offers accuracy that traditional machining can’t achieve.
At A1J Technologies, we use laser micromachining to deliver the precision and complexity our customers require. This capability is just one way we support innovative companies as they bring highly complex, safety-critical components to market with confidence.
A One-Stop Partner for Complex Laser Applications
As a vertically integrated manufacturer, A1J provides:
- Laser cutting
- Laser welding
- Laser drilling
- Laser marking
From R&D through production, our team is known for delivering intricate, tight-tolerance geometries needed for today’s advanced components. We develop proprietary processing strategies that allow us to cut fragile, thin-wall, and high-precision parts with superior yield and repeatability.
Processes designed for the most demanding industries
Our certifications underscore our commitment to the highest standards:
- ISO 13485:2016
- ISO 9001:2015
- AS9100:2016
- ITAR registered
Medical device OEMs and aerospace innovators need a partner who can meet extreme regulatory and quality expectations. We’ve delivered successful outcomes for some of the country’s most advanced and selective medtech companies, and we’re proud of the role our work plays in improving health and safety.
Advanced Laser Technologies Built for Micro Features
Precision tube cutting and micro-holes
Many laser micromachining projects begin with tubular materials. Think of vascular stents or hypotubes designed for placement inside the human body.
Our capabilities for tubular structures include:
- Tube diameters: 0.008” to 0.700” O.D.
- Wall thicknesses: 0.002” to 0.050”
- Tube lengths: 1 inch to 10 feet
- Kerf widths as low as 0.0005”
Flat part laser cutting
We also cut flat materials up to roughly 0.050” thickness and 1” maximum dimension, perfect for:
- Shims used in aerospace applications
- Optical and optomechanical apertures
- Semiconductor micro features
Multiple Wavelengths and Material Flexibility
A1J Technologies’ laser fleet includes:
- Ytterbium Fiber Lasers (1064 nm), designed for cutting, drilling, and welding
- Disk Lasers (1030 nm) for precise tube cutting
- UV Lasers (355 nm), intended for clean cuts on sensitive materials
- CO₂ Lasers (10,600 nm) for versatile marking and cutting
- Femtosecond Laser Systems, the latest in ultra-precision capabilities
Our highest-precision offering: Femtosecond technology
Femtosecond lasers produce minimal heat-affected zones, allowing:
- Cleaner, burr-free edges
- Minimal material distortion
- Higher precision on thin materials
- Better results for polymers and medical alloys
This is the gold standard for complex part machining where quality must be flawless. It’s especially valuable for medical devices that are implanted inside the human body.
More Than Laser Cutting: Full Product Support
In addition to laser micromachining, our advanced cleanroom and precision assembly capabilities make A1J a true one-stop shop as a manufacturer. From early engineering to packaged finished goods, customers trust us for:
- Full project lifecycle support
- Precision machining and laser operations under one roof
- Complex functional assembly for regulated industries
- Faster lead times with reduced supply chain risk
Your Partner in Mission-Critical Innovation
With decades of laser processing experience and top-tier certifications, A1J Technologies provides the expertise required to turn your most challenging designs into manufacturable solutions. Whether you’re working to advance medical devices, aerospace flight systems, semiconductors, or other innovative technologies, we’d love to collaborate.
Partner with A1J Technologies to experience our industry-leading laser micromachining capabilities firsthand.