3D Printing Service

Precision 3D Printing Services for Production, Prototyping, and Complex Engineering Applications.

American Additive Manufacturing delivers high-performance Additive Manufacturing and 3D Printing Services for industries that demand reliability, repeatability, durability, and production-grade accuracy. Whether you're developing lightweight aerospace components, production parts, rugged industrial tooling, or polymer parts for high temperature applications, our engineering-first approach ensures every printed part meets the mechanical, thermal, and dimensional performance required for end-use environments.

Our printing technology features Stratasys FDM, SLS, SLA, and DMLS metal 3D printing capabilities, backed by certified materials, AS9100D quality management system, and deep experience supporting aerospace, defense, industrial, robotics, automotive, and commercial manufacturers.

Our 3D Printing Capabilities

We provide printing services from a full suite of additive manufacturing technologies, selected to match the right material, geometry, and performance requirements for your application.

Fused Deposition Modeling (FDM / FFF)
Ideal for large, durable thermoplastic components with industrial and aerospace-grade performance. Common materials: Ultem 9085, Ultem 1010, Antero 800NA, PEEK, and other high-temperature polymers.

Selective Laser Sintering (SLS)
High-strength nylon parts for production environments, offering exceptional wear resistance and design freedom.

Stereolithography (SLA)
High-resolution parts for prototypes, models, and components requiring detailed surface quality and specialized physical & mechanical properties.

Direct Metal Laser Sintering (DMLS)
Metal 3D printing for complex, high-strength components and lightweight structures.

View All Materials →

Industries We Support

Your structure now includes industry pages, so on this service page we reference them with an image and button below each.This mirrors the layout of the Aerospace page (featured industries with a clean card layout).

Aerospace & Defense
Lightweight polymer components, hardware for electronic systems, interior components, flame/smoke/toxicity compliant materials, RF-safe housings, flight-ready components, and production-grade tooling for aircraft and spacecraft.

Medical Device & Healthcare
Functional prototypes, anatomical models, instrument housings, and sterilizable components for clinical and lab environments.

Automotive & Transportation
Rapid prototyping, aerodynamic test models, under-the-hood components, interior components, and production jigs and fixtures.

Industrial & Manufacturing
Production parts, Tooling, alignment fixtures, production aids, robotic automation components, and custom end-of-arm tooling.

Robotics & Automation
Custom end-effectors & part nests, Lightweight housings, drivetrain enclosures, precision brackets, and heat-resistant structural parts for advanced robotics systems.

Architecture, Design & Product Development
Concept models, display models, presentation prototypes, custom casings, consumer products, and artistic fabrication.

All Industries →

Applications We Support

This section mirrors your PEEK page — a list of engineered applications with short, technical explanations.

Production Parts
Durable, repeatable end-use parts built for demanding environments including industrial and aerospace parts and hardware, industrial assemblies, and field-deployed systems.

Rapid Prototyping
Accelerate design cycles with rapid iterations of functional prototypes, ergonomic models, and performance testing parts leveraging engineering-grade polymers.

Composite Tooling
High-temperature autoclave-capable tools, layup molds, trim fixtures, and custom mandrels produced with Ultem 1010, Ultem 9085, Polycarbonate and other advanced materials.

Jigs & Fixtures
Lightweight, ergonomic fixtures designed for strength, dimensional stability, and improved operator safety and productivity on the production floor.

Hardware for Aerospace Electronic Systems
High strength-to-weight ratio, chemical resistant, low-outgassing, ESD-safe materials, avionics housings, hardware, wire routing components, enclosures, and flight-ready assemblies.

Aircraft Interior Components
Flame/smoke/toxicity compliant materials suitable for cabin components, ducting, bezels, airflow systems, and structural interior parts.  Certified to the Aircraft Interiors Solution

Reverse Engineering & Part Replication
Reproduce legacy and discontinued components no longer available from OEMs, with precise digital scanning and high-fidelity printed replacements.

All Applications →

Engineering Collaboration

Like your Aerospace page, this section appears before certifications or next steps.

Design for Additive Manufacturing (DFAM)
Work directly with our engineering team to refine geometries, improve material performance, reduce weight, and optimize your design for additive production.

Material Selection Support
Select the right polymer or metal based on mechanical strength, chemical resistance, thermal behavior, and environmental exposure.

Laser Scanning for Metrology
Full 3D scanning capabilities for inspection, quality verification, and reverse engineering.

Composite Mold & Tool Design
Engineering support for autoclave and out-of-autoclave composite tooling, ensuring durability under high pressure and temperature.

Engineering Design Services →

Why Choose American Additive Manufacturing

This section aligns to the PEEK and Aerospace pages.

Certified Quality & Traceability
ISO9001 & AS9100D-certified Quality Management System optimize our manufacturing processes to ensure repeatability, documentation, and compliance for all applications, including aerospace, space and defense projects.

Advanced High-Performance Materials
Including Ultem 9085, Ultem 1010, Antero 800NA, and PEEK, enabling applications requiring chemical resistance, high heat tolerance, or FST compliance.

Scalable Production Capabilities
From prototypes to short-run batches to ongoing production programs, we deliver consistent, repeatable parts with tight tolerances and rigorous inspection standards.

Rapid Turnaround & Collaborative Engineering
Our team works directly with designers, engineers, and program managers to accelerate time-to-part and ensure every component meets your requirements.