What We Do

Laser Processing of Metals and Polymers

Our laser systems deliver unmatched accuracy for cutting, welding, drilling, and shaping complex geometries in both metallic and polymer-based materials.

A close-up of a metallic cylindrical object with slits and a flat base, possibly a mechanical or industrial component.

Part A

  • Welded, cutting and marking on 304 stainless steel

  • Tube = .248" OD X .027" wall X 1.5" length

  • Slots = .027" wide X .658" length

Capabilities & Specifications
Close-up of a metallic fountain pen with a textured grip section, lying diagonally on a white background.

Part B

  • Cutting and marking on 316 stainless steel

  • Tube =  .127" OD X.016" wall X .538" length

  • Slot = .057" X .252 length and .030" X .090"

Capabilities & Specifications
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Capabilities & Specifications

Part C

  • Braid reinforced polyimide with PTFE liner

  • Ablation through polyimide and through PTFE

  • Tube = .096" OD X .006" wall

  • Slot = .030" wide X .125" length

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Close-up of three metal tubes with open ends, placed on a white surface.

Micro Machining and Welding

Our micro-scale manufacturing processes achieve ultra-fine features and tight tolerances essential to miniaturized medical devices.

Capabilities & Specifications

  • 304 stainless steel cable welded to stainless steel band

  • Cable = 12 strand X .009" diameter

  • Anchor band = .092" OD X .010" wall

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A collection of metal rods with black rings, arranged diagonally on a white surface, with the text 'Part A' in blue font at the top left.

High-Definition Marking

Using advanced laser technology, we produce deep, ultra-dark marks for logos, serial numbers, part identifiers, and orientation or depth indicators — all with crisp definition and exceptional readability.

A metallic stun gun with a blue handle and a cylindrical body, labeled 'INTEGRA' and 'PCC.'
Close-up of a metal part with a ruler attached, labeled Part B, indicating measurements from 5 to 40 centimeters.

Complex Sub-assemblies

We specialize in manufacturing high-precision components that form the core of minimally invasive and implantable devices — full assembly and sub-assembly manufacturing.

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  • Marking of stainless steel tubing

  • .010" to 6.00" diameter

Capabilities & Specifications

  • Linear graduation marking

  • 1mm to 50cm capability

Capabilities & Specifications
Close-up of a metal muffler with a perforated and vented design, lying on a white fabric surface.

Part A

Capabilities & Specifications:

  • 304 Stainless steel hypo-tube – rotational cutting

  • Tube = .153" X .007" wall

  • Array of 24 holes = .007" diameter each

  • Perimeter holes  = .032" diameter

  • Kerf widths = .012" to .015"

Close-up of a metallic bicycle disc brake rotor with holes and cutouts, isolated on a white background.

Part B

Flat sheet stock cutting

Cutting

Advanced laser cutting that delivers clean edges, consistent inner and outer diameters, burr-free edges and precise geometries every time.

The image shows a circuit board with white outlines of electronic components, and the text ".010" in blue at the bottom right corner.

Ablation

From functional texturing to high-resolution marking, our laser ablation solutions enhance performance, identification, and compliance across complex device surfaces.

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Close-up view of the interior of a drum with visible horizontal lines and the edge of the drum's opening.
Close-up of automotive parts, including a metal fitting, a black marker, and a cylindrical component with threads.

Commercial Applications

Our laser and micro-manufacturing technologies support industrial, commercial, and consumer applications requiring precision and durability.

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