A1 CONCEPT → DEVELOPMENT → DESIGN → FEA → MATERIAL SELECTION → MANUFACTURING PROCESS SELECTION → PROTOTYPE → QUALITY INSPECTION → SHIPPING

From drawing to the right prototype — in the right technology.

Here's the whole prototyping and fabrication process, start to finish: concept and design, FEA validation, material and process selection, through to an inspected prototype ready to ship.

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Based in the Orlando, FL area — on-site technical visits when needed

Schematic result of a static structural analysis (FEA) T-shaped bracket part with a blue-to-red color map representing von Mises stress, with a stress concentration point highlighted near the internal fillet. HOT POINT stress concentration VON MISES MAX MIN STATIC STRUCTURAL ANALYSIS — VON MISES (SCHEMATIC, NTS)
Animated 3D model, looping — illustrative, does not represent a real analysis
ALTERNATIVES · MATERIAL ALTERNATIVES · PROCESS METALS POLYMERS CERAMICS COMPOSITES CNC MACHINING LASER CUTTING SHEET BENDING CASTING INJECTION 3D PRINTING CONCEPT 1 DEVELOPMENT 2 DESIGN 3 FEA 4 MATERIAL SELECTION 5 PROCESS SELECTION 6 PROTOTYPE 7 QUALITY INSPECTION 8 SHIPPING 9

Swipe sideways to see the full flowchart

Illustrative — the actual route depends on material, tolerance, and volume for each prototype

D Focus

Prototypes, special projects, and tooling.

We're not a mass-production line — we're the place for the part that doesn't exist yet: the prototype that needs to prove a concept, the special-purpose fixture your line needs, or the custom tooling for your next batch.

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