CNC Fabrication

Engineers choose us when tolerances are tight, materials are demanding, and documentation must be exact. Our CNC fabrication department integrates high‑accuracy machining, laser cutting, punching, and digital routing to deliver repeatable, specification‑driven parts for mission‑critical programs.

We support metals, composites, and engineered plastics with consistent accuracy down to ±0.002″, depending on material and process.

IPG Fiber Laser Cutting

High‑speed, high‑precision laser cutting for metals and engineered materials

Our IPG fiber laser delivers clean, burr‑free edges with exceptional dimensional stability, ideal for thin‑gauge metals and complex geometries.

Capabilities engineers care about:

• Tolerances typically ±0.002″–0.004″ depending on thickness
• Excellent edge quality on aluminum, stainless steel, and photo‑anodized aluminum
• Micro‑features, tight radii, and intricate internal cutouts
• Minimal heat‑affected zone for material integrity
• Ideal for UID/IUID plates, control panels, and precision‑cut nameplates

Materials: Aluminum (.005″–.125″), stainless steel (.010″–.090″), brass, copper, photo‑anodized aluminum (Metalphoto®)

Datron High‑Speed CNC Machining

Precision milling for complex profiles and fine‑feature work

Our Datron platform excels at high‑speed machining of thin metals and engineered plastics where rigidity, surface finish, and repeatability matter.

Engineering‑grade performance:

• Tolerances down to ±0.0015″ on rigid setups
• High‑speed spindles for clean edges and tight corner radii
• Exceptional for pocketing, countersinks, chamfers, and precision engraving
• Vacuum fixturing for thin‑gauge materials without distortion

Materials: Aluminum, photo‑anodized aluminum (Metalphoto®), acrylic, polycarbonate, engineered plastics

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Strippit CNC Turret Punch Press

High‑efficiency punching for repeatable, high‑volume metal fabrication

Our Strippit press is built for speed, consistency, and long‑run production where tool‑based accuracy and repeatability are essential.

What engineers rely on:

• Tight positional accuracy across large production runs
• Forming, embossing, louvers, and countersinks using dedicated tooling
• Clean, consistent hole quality with minimal burr
• Cost‑efficient for medium‑ to high‑volume metal parts

Materials: Aluminum (.020″–.125″), stainless steel (.010″–.090″), brass, copper

Zünd Digital Cutter

Versatile, tool‑based cutting for composites, films, laminates, and flexible materials

Our Zünd system handles materials that require precision without deformation—ideal for gaskets, overlays, laminates, and specialty films.

Engineering‑ready capabilities:

• Tolerances typically ±0.005″–0.010″ depending on material
• Knife, routing, and scoring tools for multi‑material workflows
• Perfect for prototypes, short runs, and complex geometries
• No tooling cost—ideal for rapid iteration

Materials: Polyester, polycarbonate, vinyl, foam, rubber, gasket materials, laminates, composites

Coherent Laser Marking & Micro‑Machining

High‑resolution laser marking for traceability, serialization, and micro‑features

Our Coherent laser platform produces crisp, permanent marks with high contrast and micron‑level precision.

Engineers choose it for:

• UID/IUID, MIL‑STD‑130 compliant marking
• High‑resolution barcodes, data matrices, and micro‑text
• Controlled depth engraving for metals and coated substrates
• Repeatable serialization and variable data workflows

Materials: Aluminum, stainless steel, anodized aluminum, coated metals, select plastics

Materials We Process

• Metals: Aluminum, stainless steel, brass, copper, photo‑anodized aluminum
• Plastics: Polycarbonate, acrylic, acetal, PET, engineered polymers
• Composites & Laminates: Polyester, vinyl, gasket materials, foams, specialty films
• Thickness Range: .002″ – .125″ depending on process and material

Why Engineers Trust Our CNC Fabrication

• Specification‑driven workflows with full traceability
• Tight tolerance control across multiple fabrication platforms
• Repeatability for long‑running part numbers and legacy programs
• Rapid prototyping without sacrificing dimensional accuracy
• Production scalability from one‑offs to tens of thousands

 

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