Design & Technology
Parametric Design
- We integrate advanced design technologies, including parametric design, high-fidelity 3D modeling, modern fabrication workflows, and in-house software development to support the creation of high-performance products from concept through realization.
- We develop proprietary intelligent tools in-house to assist with simulation, guide design development, and support advanced prototyping workflows.
Simulation & Analysis
- We integrate in-house simulation into the product development process to help evaluate and refine designs before prototyping or fabrication. This can include FEA-based stress testing, load evaluation, deflection checks, stiffness studies, and CFD flow analysis for air & liquid, cooling, pressure distribution, drag, or other performance-related behavior. These studies help identify potential problem areas, improve geometry, reduce unnecessary material, and support better design decisions throughout development.
Laser & Color 3D Scanning
- Laser 3D scanning for high-precision capture of complex geometry, ideal for metal parts and detailed surface features.
- Color 3D scanning for full texture and visual data capture, enabling realistic digital models for visualization and design refinement.
Additive Manufacturing
- We work with a curated range of high-performance materials used across automotive and marine applications.
- Our workflow combines advanced composites, precision 3D-printed thermoplastics, and marine-grade materials.
Composite Technology
- Composite prototyping using wet layup methods for custom forms and surface development.
- Dry layup and hybrid composite workflows for improved material control, cleaner finishes, and refined prototype development.
Materials
3D Printing Material Palette & Production Capabilities
