Products and Commercial Technologies
Composite Industrial-Grade Filaments
For 3D Printing Applications
High-performance filaments comprised of a polymer matrix and functional inorganic filler particles, engineered for advanced FFF/FDM 3D printing systems.
Description
The extruded filaments are comprised of a polymer matrix and functional inorganic filler particles for various medical and non-medical applications. These high-performance filaments can be used for the 3D printing of bioactive 3D structures with improved biocompatibility, or antibacterial properties, depending on the application. They offer components with superior mechanical stability, thermal resistance, and electrical/thermal conductivity for specialized medical and non-medical devices.
Product Function
- These composite industrial-grade filaments are engineered for advanced 3D printing applications using FFF/FDM systems.
- Made of optimized polymer-filler blends, they offer enhanced strength, precision, and performance compared to conventional filaments available in the market.
- Designed for both medical and industrial prototyping, they enable the creation of durable, high-quality functional parts and anatomical models.
Available Sizes
- 250 g Spool
- 500 g Spool
- 1 kg Spool
Advanced Target Applications
Medical & Healthcare
3D printing of customized products and anatomical models by medical professionals and healthcare providers.
Industrial Manufacturing
Extruding components of devices with improved mechanical properties, electrical, and thermal conductivity.
Academic Research
Creation of custom-designed structures and prototypes for educational and research institutes.
Bioactive Structures
Printing bioactive 3D structures with improved biocompatibility or antibacterial properties depending on application.
Mechanical Stability
Engineering components of devices requiring superior mechanical stability and structural strength.
Thermal & Conductivity
Extruding structures with specialized thermal resistance and electrical or thermal conductivity.
Business Potential & Targets
USD 4.9B
Specialty filament global market size projected by 2031.
10 Million PKR
Capital required for twin extruder scale-up machinery and commercial production.
Import Substitution
Aiming to become Pakistan's first maker of specialty composite filaments, saving import costs.
Principal Investigator
Prof. Dr. Asma Tufail Shah
Tenured Professor
Head of Dental Group
Alexander von Humboldt Fellow
IRCBM - CUI Lahore Campus
Research Group
