Multi-Material Extrusion 3D Printer
Y-Type Hot End Based Multi-Material Extrusion 3D Printer
Vision
To make advanced multi-material 3D printing practical, allowing industries to create customized, functionally graded parts tailored for complex engineering and medical needs.
Problem
Conventional 3D printers are limited to a single material, preventing them from creating strong material interfaces or functionally graded structures. This restricts their use in advanced, customized applications.
Solution
A Y-type hot end multi-material 3D printer that mixes polymers in-situ to create strong, functionally graded structures.
Potential
The global additive-manufacturing market is projected to pass USD 100 billion within a decade, increasingly driven by multi-material printing serving healthcare, aerospace, and electronics.
Target Beneficiaries
We aim to partner with industrial manufacturers, healthcare providers, and research institutions looking to adopt next-generation multi-material fabrication.
Current Users
We have successfully deployed our prototype system in research labs, where it is undergoing active validation for printing multi-material prosthetic sockets and advanced engineering components.
