Research & Development
Creation of Design-Tailored Profiles
We specialize in material science to create custom 3D printer profiles, optimizing print parameters for diverse materials to achieve superior strength, precision, and surface finish.
Advanced Post-Processing
We employ manual and automated post-processing techniques, utilizing priming, multi-stage sanding, coating, and painting, to achieve a molding-like quality for our 3D printed parts.
Proprietary Technical Processes
Our 3D printers, upgraded with USA-made Micro-Swiss™ hotends, enable a custom process to combine high temperatures, speed, and pressure for carbon fiber reinforced filaments
Hybrid Manufacturing
We combine FDM with carbon-reinforced filaments for structural parts, MSLA with best engineering-grade resins, resin infusion, precise 5-axis CNC machining, and injection molding.
Innovation Highlights
Material Optimization
Through rigorous testing and analysis, we've developed advanced techniques to optimize the inherent properties of various 3D printing materials. This results in prints that exhibit enhanced strength, increased durability, and improved resistance to wear and tear, expanding the range of potential applications.
Precision Printing
Our dedicated R&D efforts have yielded significant breakthroughs in printing precision and dimensional accuracy. By fine-tuning our hardware and software, we can achieve incredibly detailed prints with minimal deviation from the intended design, ensuring tight tolerances and perfect fit for even the most demanding applications.
Our Proprietary Technical Process
The cornerstone of our R&D is our unique and internally developed 3D printing technical process. This encompasses
a carefully orchestrated combination of specialized hardware configurations, custom software optimizations,
and innovative material handling techniques.