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Change a material’s properties with microscopic laser surface modification. With our laser pulses at various speeds and lengths, we achieve the correct texture.

About our Laser Surface Modification service:

  • Target your exact regions of interest
  • Many materials, including metals, ceramics, glass and plastics
  • Hydrophobic, hydrophilic, and antibacterial micro- and nano-structures
  • Custom optical diffraction patterns
  • Areas from microns² to meters²

Work with the “MicroFabulous” engineers at Precision MicroFab to find the best process to give your surface the function and feel required.

Prevent Corrosion and Wear With
Tribological Laser Surface Modification

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3-D Bio Printing System

Scientific Research & Universities
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50 μm micro-nozzle in a sapphire disc

Micro-nozzles

Medical Device Prototype & Production
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These probes needed to be tapered down to a 6 μm truncated pyramid.

Probe tip shaping

Electronics
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Our infrared fiber lasers can create irregular features in a silicon wafer with knife-edge quality

Silicon wafer cutting

Electronics
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Diode mount

Micro-milling

Electronics
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We're not sure how this happened, and we don't think we could do it again if we needed to.

When Things Go Wrong

Scientific Research & Universities
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Hole array in stainless steel using an infrared laser

25 micron hole array

Medical Device Prototype & Production
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The bottoms of these blind micro-holes have a diameter of 150 μm and are flat to within 5 μm.

Blind micro-holes in sapphire

Electronics
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Like all proper welds, this laser weld is stronger than the surrounding material.

Laser welding metal

Electronics
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Laser welding plastic

Laser welding plastic

Electronics
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This micro G-force sensor was cut from 25 μm thick aluminum.

Micro G-force sensor

Aerospace
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Micro-channels with hemi-spherical bottoms, shown near a via hole.

Micro-channels

Medical Device Prototype & Production
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The wires in this micro-array were wound and adjusted using an apparatus invented by Precision MicroFab.

Micro-device design and build

Aerospace, Electronics
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The hole pitch was 120 μm with 5 μm interstitial spacing.

Micro-drilling glass

Electronics
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The tabs on this sensor are joined to the main body with 75 µm wide struts.

MEMS Sensor

Medical Device Prototype & Production
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Micro-hole array

Micro-hole array

Medical Device Prototype & Production
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laser mIcro-soldering 50 µm wide leads on a ceramic substrate

Micro-soldering

Electronics
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Micro-welding tube

Micro-welding tube

Medical Device Prototype & Production
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Micro-channels in sapphire

Micro-channels in sapphire

Electronics
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Micro-Mold

Micro-molding

Medical Device Prototype & Production
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linear fiber ferrule

Linear fiber ferrule

Aerospace
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Each one of the four windows was made up of over 4,000 individual laser drilled holes with a diameter of 0.0004 inches each or 10.160 µm.

Quantar Sensor

Aerospace
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Jameswebb Featured

James Webb Catenary Cable

Aerospace
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Quantum particle nozzle

Quantum Particle Nozzle

Scientific Research & Universities
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R&D FOR ASSEMBLY OF MICRO-MANUFACTURED PARTS

R&D for Assembly of Micro-manufactured parts

Scientific Research & Universities
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Laser ablation

Laser Ablate Parylene Coating

Electronics
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Tube Cutting Laser System

Energy
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Hero - Artificial Defects

Artificial Defects

Medical Device Prototype & Production
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R View

Micro-Soldering Fixture

Scientific Research & Universities
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Die Drilling

Die Drilling Production Laser

Scientific Research & Universities
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Our Precise Process

From prototype to high-volume production to your own custom laser system, here’s how we ensure the perfect surface for your project.

01.

Send
Your Drawings

From concept to CAD designs, we’ll work with you to obtain the precise texture you need for your application.

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 that waiting for a quote can extend your timeline and leave you in the dark. We’ll provide you with a quick quote based on our decades of experience in micro-manufacturing.

Other Micro-Manufacturing
Services

From Function to Feel, Use Laser Surface
Modification to Perfect Your Materials

Through microscopic laser pulses, you can change the function and feel of your products. Even with a texture that would be impossible to change through normal processes, a laser can produce many different types of surface patterns. Whether you’re making a surface easier to grip or allowing fluids to flow differently over a component, we’re here to make it happen.

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.

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