Advanced Research
World-class additive manufacturing research driving innovation in polymer, metal, and emerging AM domains.
Research Domains
Explore our specialized laboratory configurations and key industrial research domains.
Research Areas
Advanced research in polymer-based additive manufacturing processes, materials science, and industrial applications.
Enhancement of Mechanical Properties
Investigating process parameters and material formulations to improve tensile strength, hardness, and fatigue resistance of FDM, SLA, and SLS printed parts.
Composite 3D Printing
Research into fiber-reinforced composites, nano-composite materials, and multi-material printing for high-performance structural applications.
Surgical Model Applications
Affiliation of 3D printed surgical models in complex surgery planning, including patient-specific anatomical models and surgical guides.
Research Areas Overview
- Enhancement of mechanical properties
- Composite 3D Printing
- Affiliation of 3D printed surgical model in complex surgery
- Enhancement of mechanical properties
- Alloy base 3D Printing
- Affiliation of 3D printed implants in complex surgery
Centre Highlights
FDM Printing Lab
Fused Deposition Modeling workstation with multi-material capability.
SLA/DLP Facility
High-resolution stereolithography and digital light processing printers.
Metal AM Suite
DMLS and SLM systems for metal powder bed fusion processes.
Material Testing Lab
Universal Testing Machines, hardness testers, and microscopy.
Scanning & Metrology
3D scanning, CT scanning, and precision coordinate measuring equipment.
Post-Processing
Heat treatment, surface finishing, and quality assurance systems.
Future Research Areas
Emerging Fields
- Bioprinting and tissue engineering
- 4D printing with smart materials
- AI-driven process optimization
Scale & Sustainability
- Sustainable & bio-based AM materials
- Large-scale AM for construction
- Hybrid manufacturing processes