Additive manufacturing at Aeromotive supports faster development, improved flexibility, and cost-efficient production. By integrating advanced 3D printing into our Build-to-Print programs, we streamline prototyping, tooling, and production support without compromising precision.

Rapid Prototyping

Speed matters when validating a new design. Our in-house 3D printing capabilities allow us to produce functional prototypes quickly, helping confirm fitment, routing, and assembly requirements early in the process.

Design adjustments can be implemented and tested without extended lead times, reducing delays before full production begins.

Production-Grade Parts & Tooling

Additive manufacturing is not limited to prototypes. We produce:

• Production-grade components

• Custom test fixtures

• Assembly aids and specialized tooling

• Obsolete or hard-to-source plastic components

This approach supports both new programs and legacy platforms requiring replacement parts.

Faster Ramp-Up

Traditional machining can extend launch timelines. With 3D printing, production support tools and fixtures can be manufactured in days instead of weeks. This accelerates ramp-up while maintaining process control.

Reduced setup time allows programs to move into controlled production more efficiently.

Cost Efficiency & Flexibility

Additive manufacturing can significantly reduce tooling and development costs, particularly for low-volume or high-mix programs. It also provides flexibility when responding to engineering changes or customer-specific requirements.

The result is a more agile manufacturing model that adapts quickly without sacrificing quality standards.

Integrated with Build-to-Print

Our 3D printing capabilities are fully integrated into our engineering and manufacturing processes. From prototype validation to production support, additive manufacturing enhances precision, shortens timelines, and improves overall program efficiency.

When speed, flexibility, and control matter, additive manufacturing becomes a strategic advantage.