We convert engineered materials into functional prototypes and validated components using advanced 3D printing and molding technologies.

Our capabilities include:

• 3D printing trials using filament-based, direct-pellet, and paste-based systems to evaluate printability, flow stability, and extrusion consistency.

• Process design and optimization including temperature profiles, extrusion rates, nozzle selection, bed conditions, cooling strategies, and flow behavior tuning.

• Injection-molding prototype development to assess moldability, fill behavior, shrinkage, warpage, and cycle-time compatibility of new materials.

• Layer adhesion, dimensional accuracy, and structural integrity analysis for blends, composites, and low-carbon materials.

• Hybrid composite and molded part fabrication for mechanical testing, functional evaluation, and demonstration of application-ready performance.