Here’s how we ensure precision and manufacture your pieces quickly.
We love drilling microscopic holes… and we’ll drill billions of holes with a variety of lasers in just about every type of material that exists.
- Any material
- Less-than-a-micron tolerances
- Blind and thru-holes
- Photoablative or photothermal material removal mechanisms
- Millions or billions of microscopic holes, or one very extra precise hole
Work with one of our “MicroFabulous” engineers to see the solutions we offer for your project. From the inner spaces of the medical field to outer space itself, we’re your partners when microns matter.
Send Your Materials, and Find Out
What We Can Create Together.
Micro-nozzles
Medical Device Prototype & Production
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25 micron hole array
Medical Device Prototype & Production
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Blind micro-holes in sapphire
Electronics
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Micro-drilling glass
Electronics
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Micro-hole array
Medical Device Prototype & Production
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Quantar Sensor
Aerospace
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Quantum Particle Nozzle
Scientific Research & Universities
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Die Drilling Production Laser
Scientific Research & Universities
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Our Precise Process
01.
Send
Your Drawings
From concept to CAD designs, we’ll take your vision for a microscopic part or device with one to billions of micro-drilled holes and make it a reality.
02.
Plan
The Project
Through a screenshare with a “MicroFabulous” engineer, we’ll discuss the best way to accomplish your project and the possible timelines for production.
03.
Get a
Quick Quote
We know waiting for a quote can extend your timeline and leave you in the dark: we’ll give you a quick quote based on our decades of experience in micromanufacturing.
Laser Micro-Cutting
Lasers on the cutting edge with precision to a micron or less on a variety of materials and shapes, from sheets, tubing, spheres, and more.
Laser Micro-Welding
Join similar or dissimilar materials on a micro-scale with laser soldering and brazing for microscopic parts.
Selective Laser Ablation
Primarily used for electronics, selective laser ablation removes micro-insulation to expose an underlying electrical conductor without damage.
Laser Surface Modification
Add micron-level texture to your materials with precision, preventing corrosion and wear with tribological laser surface modification.
Laser Micro-Marking
Used throughout the electronics industry, Laser Marking and Scribing is quick, efficient, and precise.
Laser Micro-Milling
Remove microns of material along a path with laser machining for microfluidic and fiber optic applications.
Artificial Defects
Test your defect detection equipment during QA/QC with artificial defects laser-cut, drilled, or channeled in a specific location or pattern.
Choosing the Best Option for Your Laser
Micro-Drilling Application
Each industry has its own needs for materials and laser micro-drilling, which is why we let you send us the exact material you need and finish the job. Whether you’re creating medical equipment or the latest telescope, we have the precision technology to match your design.
At Precision MicroFab, we understand that your projects have strict deadlines, so we do our part to keep your production moving.
Here’s our proven process for precision:
1
First, send us your drawings. While a CAD drawing is always the most helpful, our team of engineers can take your napkin sketch or PowerPoint and turn it into a usable, repeatable manufacturing process. Of course, we sign any required NDAs to protect your intellectual property.2
Next, we plan the project. In a meeting on-site or online, we’ll discuss the best way to accomplish your project on time and within budget.3
Finally, you’ll get a quick quote or proposal based on our decades of experience, so you’re not waiting around to learn how much the project will cost or how long it will take.So trust the team that’s been maintaining these tolerances for decades, and share your plans to get started.
