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Request a detailed quote for your metal fabrication project and benefit from precision-engineered solutions tailored to your specifications.
Laser Cutting
Fast, precise, and repeatable sheet metal laser cutting, clean edges, tight nests, and reliable part-to-part consistency for prototypes through production.
High-Speed Precision. Clean Edges, Every Time.
Laser cutting accelerates your build with tight tolerances, intricate geometry, and minimal downstream rework. Our fiber laser process pairs smart nesting with stable fixtures and in-line verification so parts move from cut to form without surprises.
Tight Tolerances
Stable beam quality, autofocus, and calibrated tables keep tolerances tight across materials and thicknesses.
Intelligent Nesting
High-density nests, common-line cutting, and skeleton reduction improve yield and shorten cycle times.
Clean Edges & Minimal Burr
Optimized gas selection and cut parameters reduce dross, lowering deburr and finishing time.
Traceable Programs
Controlled revisions, part IDs, and retained settings ensure repeatability from lot to lot.
Complex Geometry
Fine features, small holes, and tight radii are produced reliably with kerf compensation and pierce control.
Prototype To Production
Quick-turn samples scale seamlessly to stocked programs with consistent edge quality and dimensional control.
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We combine disciplined programming with stable cutting conditions, so your flat patterns reach the press brake and welding cell on schedule.
Laser Cutting Capabilities
Laser cutting is only as good as the process behind it. These capabilities outline how we control speed, edge quality, and dimensional accuracy from program to finished flat.
Cutting Envelope & Range
Supports standard sheet sizes with a typical thickness range of 0.020"–0.500" (alloy-dependent). Kerf is compensated for accurate, repeatable flats.
Programming & Part ID
Code includes kerf comp, smart lead-ins/outs, and right-sized microtabs. Optional etch for part numbers, bend lines, or QR; programs are rev-controlled.
Materials We Cut
Aluminum (5052/6061), carbon steel (CRS/HRPO/galv/galvneal), and stainless (304/316, 2B or #4) run daily. Copper/brass and select plastics by review.
Tabbing, Skeleton & Scrap Control
Microtabs stabilize parts without heavy cleanup. Common-line cutting and safe skeleton collapse improve yield and speed unloads.
Assist Gas & Edge Quality
Nitrogen yields clean, oxide-free, weld-ready edges. Oxygen boosts speed on thicker steels; mixed strategies balance cost and cosmetics.
Inspection & Traceability
In-process dimensional checks with calibrated gauges, optional etched IDs/lot codes, and program revisions tied to the traveler so reorders match the approved first article.
Build With Us
Choosing a laser partner is about throughput and confidence. Our process integrates quoting, DFM notes, and stable cutting recipes with the rest of the shop—forming, hardware, welding, and finishing, so your parts keep flowing.
Parts We Laser-Cut Everyday
We specialize in a number of industries for your CNC machining needs.
Medical
Chassis and faceplates with tight hole patterns and EMC-conscious details.
Product Examples
- Device Panels
- Monitor & Equipment Brackets
- Cart Components
Electronics
CNC machining for electronic components with fine detail, high accuracy, and material versatility for advanced assemblies.
Product Examples
- Rackmount Panels
- Heat Sink Backplates
- Connector Plates & Shields
Technology & IoT
Short-run, frequently revised parts with fine cutouts and labeling.
Product Examples
- Gateway Enclosures
- Sensor Mounts & Bezels
- HMI Panels
Defense
Documentation-driven projects where traceability and consistency are non-negotiable.
Product Examples
- Communication Chassis Flats
- Mounting Brackets
- Panel Sets With Serialization Marks
Frequently Asked Questions
How Long Does Laser Cutting Take?
The time it takes for laser cutting depends on factors such as the material type, thickness, and design complexity.
On average, laser cutting can take anywhere from a few seconds for thin materials to several minutes for thicker, more intricate designs.
What Software Is Used For Laser Cutting?
Laser cutting typically uses specialized software for designing and controlling the cutting process, including CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) tools.
Popular options include AutoCAD, CorelDRAW, Adobe Illustrator, and LightBurn for design, as well as software like RDWorks and LaserGRBL for machine operation.
How Much Does Laser Cutting Cost?
Prices depend on a number of factors such as material type, thickness, design complexity, and quantity.
In A Nutshell, How Does Laser Cutting Work?
Laser cutting is a precise and efficient technology that uses high-powered lasers to cut, engrave, or etch materials.
Do you support prototype and production orders?
Absolutely. We run fast-turn prototypes and keep revision-controlled programs for stable production reorders.