Stucco & EIFS Shapes
Custom profiles, bands, trim, accents, and special exterior building components.
Architectural
Foam Components
Large-format CNC machining for profiles, decorative elements, models, reliefs, molds, and specialty components used by construction and fabrication professionals.
From Geometry to Buildable Form
Efficient material for oversized and highly shaped work.
Foam allows complex geometry to be produced at a scale and weight that can be difficult to achieve with traditional materials. American SME combines large-format routing, 3D relief machining, CAD/CAM development, and architectural fabrication experience to create accurate components for professional use.
We work with contractors, designers, model makers, stucco and EIFS companies, concrete-industry partners, artists, and specialty fabricators. Components are generally supplied raw or prepared for the customer's coating, finishing, molding, or installation process.
Commercial Applications
Shape, scale, and detail without unnecessary weight.
Architectural Models
Full-scale forms and visual models used to evaluate complex design geometry.
Decorative Elements
Pediments, reliefs, capitals, rosettes, and historically influenced features.
Patterns & Molds
Machined foam masters and tooling components for downstream processes.
Artistic Reliefs
Large-format carved surfaces developed from artwork or digital models.
Specialty Construction
One-time forms, templates, mockups, and lightweight fabrication aids.
Development Process
Complex shapes made understandable.
Define
Review dimensions, visual intent, tolerances, finish process, and installation use.
Model
Prepare or refine digital geometry into a machinable, buildable component.
Segment
Plan material thickness, sections, seams, alignment, and assembly where required.
Machine
Produce and identify components for the customer's next fabrication step.
Professional Applications
Built for construction and fabrication teams.
American SME supplies professional components rather than consumer craft foam. Tell us how the piece will be finished and used so we can plan the right machining approach.