We develop advanced technology for the manufacturing of high value components. The focus is to identify current limitations on part geometry and performance using traditional manufacturing methods and explore opportunities for products improvement and functionality using addictive technology.

We aim to deliver complete solution from pre- to post- additive manufacturing processes, in order to enable test bedding of the manufactured components and translation into protect-ready solutions


These technologies can be deployed for the following applications:

  • Aerospace parts including hinges, brackets, complex fuel nozzels, jet engine parts and replacement parts

  • Tooling and moulds with conformal cooling channels for thermal management and performance

  • Automative parts such as exhaust manifolds, and weight saving structures

  • Medial implant for orthopaedic, dental and devices with small internal cavities

Design for additive manufacturing 


CAE for parts performance 


Optimization for support removal, assembly, and surface finishing 

Design rules for different materials 


Process Development 

Complex parts geometry with internal structures


Optimization for surface finishing, defects and stress minimization


Process repeatability and part consistency 


Post - machining and surface finishing 

Powder Performance 

Characterization and optimization of feedstock material 


Quality and lifecycle management of powder material


Correlation of feedback material with parts performance