Laser-cut thin-gauge parts and formed components

We support prototyping and custom runs, so a prototype or sample part is often the first step for a new part — send your specs and we’ll advise. To request a quote, call 833.565.3346, email sales@specialtynp.com, or use the Request a Quote form with your drawing or specification, material, tolerances, and quantity. Because the work is fully custom, lead time and pricing are set from your RFQ, so we quote per project.

Send us your engineering requirements — a drawing, CAD file, or specification with material, dimensions, tolerances, thickness, and quantity — and we’ll turn it into a manufacturable part, recommending the process (laser cutting, CNC machining, forming) and material for your application. We support everything from a single prototype to a full production program.

We manufacture and document to ISO 9001 and AS9100 requirements — we are not ISO or AS9100 certified — and provide First Article Inspection (FAIR / AS9102), PPAP, and Certificates of Conformance per your purchase order and quality clause. US Manufactured, CAGE 8GNP1. Tell us the standards your part needs to meet and we’ll confirm exactly what we can provide.

We work in flat sheet and plate, roughly 0.015″ to 0.375″ thick, cut and machined to tight tolerances with high repeatability. Laser cutting delivers accurate profiles with clean edges, and CNC machining holds tight tolerances on complex geometries. Put the required tolerances on your drawing and we’ll confirm them against the part.

We work in stainless steel, aluminum, brass, and mild/cold-rolled steel (steel on request), selected to match your strength, corrosion-resistance, temperature, and weight requirements. Stainless suits corrosive and high-temperature service; aluminum offers light weight and machinability; brass provides good conductivity and formability. Because parts are custom-made, we recommend the material and grade against your environment and tolerances rather than defaulting to one option.

Yes. Our work is scalable — from one-off prototypes and low-volume custom runs through production. You can validate a design as a prototype, then move the same specification into production without re-sourcing or re-engineering. Whether you need a single proof-of-concept part or a repeatable production program, the process and tolerances stay consistent across quantities. No minimum order.

Beyond cutting, we machine and form flat sheet and plate to your engineering specification. CNC machining covers milling, turning, and drilling for complex geometries and tight tolerances. Forming and bending handle brackets, covers, and finished shapes — bending and forming, not structural fabrication. Multi-step work is available — a part can be laser-cut, then formed and machined into a finished flat or plate component.

Laser cutting uses a focused, CNC-controlled laser to cut metal with high accuracy and clean edges. Because it is a non-contact process, there is no tool wear and no mechanical stress on the part, which preserves material integrity and delivers consistent, repeatable results across a run. It excels at intricate geometries and detailed profiles that are difficult to achieve with mechanical cutting. We laser cut a range of thicknesses — from thin gauge up to 0.375″ — in stainless steel, aluminum, brass, and mild/cold-rolled steel.

Our laser-cut parts serve industries that demand tight tolerances and durable materials: aerospace and defense, machinery and equipment OEMs, energy and power (oil and gas, power generation), transportation, and marine. Across all of them the value is the same: flat and plate metal parts made to spec, cut or machined accurately, and built to perform in demanding conditions.

We provide a connected set of capabilities, all working in flat sheet and plate metal:

• Laser-cut flats — accurate cutting for intricate geometries and clean edges.
• CNC-machined parts — milling, turning, and drilling for complex, tight-tolerance components.
• Forming and bending — brackets, covers, and finished shapes (bending and forming, not structural fabrication).
• Functional flat parts — plates and similar components cut or machined from sheet and plate (thin gauge up to 0.375″).
• Prototype and production runs — scalable from one-off prototypes to production, no minimum.

Many projects combine these — a laser-cut blank that is then formed and machined into a finished part.

Laser-cut parts are custom-engineered metal parts cut to tight tolerances with a laser, then machined or formed when the drawing calls for it. We produce them from flat sheet and plate — roughly 0.015″ to 0.375″ thick — where accuracy and repeatability matter. Here, “precision” describes the exacting tolerances and clean, accurate results these processes deliver, not a separate product line. Each part is built to your engineering specification rather than pulled from a catalog, so it integrates cleanly into your assembly.