Powder and Binder Multipurpose Multi material Affordable 3D Printer
Customer Markets
Industrial Prototyping
Material: Sand, gypsum, polymers, or metal powders
Use: Rapid production of concept models or visual prototypes for form and fit testing
Industries: Product design, architecture, consumer goods
Industries: Product design, architecture, consumer goods
Metal Part Production (Post-Sintered)
Material: Stainless steel, Inconel, copper, etc.
Use: Functional metal components for aerospace, automotive, defence
Example: GE Aviation uses binder jetting to produce lightweight jet engine parts
Use: Functional metal components for aerospace, automotive, defence
Example: GE Aviation uses binder jetting to produce lightweight jet engine parts
Healthcare and Dental
Material: Biocompatible ceramic or metal powders
Use: Custom prosthetics, implants, dental bridges, and anatomical models
Benefit: High precision, fast turnaround for patient-specific parts
Use: Custom prosthetics, implants, dental bridges, and anatomical models
Benefit: High precision, fast turnaround for patient-specific parts
Sand Casting Moulds and Cores
Material: Sand with furan or phenolic binders
Use: Tool-less production of casting moulds and cores for foundries
Industries: Automotive, heavy equipment, marine
Use: Tool-less production of casting moulds and cores for foundries
Industries: Automotive, heavy equipment, marine
Construction and Architecture
Material: Gypsum, silica, or concrete-like powders
Use: Complex moulds, facade elements, or full-scale construction (in R&D)
Potential: Printing reusable moulds or decorative components quickly
Use: Complex moulds, facade elements, or full-scale construction (in R&D)
Potential: Printing reusable moulds or decorative components quickly
Full-Colour Models
Material: Plaster-based powder with CMYK binder
Use: Realistic product models, characters, collectibles, topographic maps
Benefit: Full-colour capability without post-processing
Use: Realistic product models, characters, collectibles, topographic maps
Benefit: Full-colour capability without post-processing
Lightweight Custom Fixtures and Jigs
Material: Metal or ceramic composite powders
Use: Production floor tools optimized for geometry, weight, or ergonomics
Use: Production floor tools optimized for geometry, weight, or ergonomics
Material Research and Composites
Use: Experimental fabrication of novel powder-binder combinations
Examples: Porous filters, insulators, biomaterials, functionally graded materials
Examples: Porous filters, insulators, biomaterials, functionally graded materials
Binder Jet 3D Printer
India’s first modular, open-source, and affordable binder jet 3D printer — built specifically for Indian MSMEs, academia, and innovators.
🔧 Key Features
Modular & Scalable Design
Easy to maintain, upgrade, and customize.
Open Source Hardware & Software
Supports experimentation and material freedom.
Locally Serviceable
Minimal downtime with swappable parts and remote diagnostics.
Broad Material Compatibility
Works with gypsum, sand, ceramics, metals, biomaterials, and more.
Better Throughput
More productive than similar technologies, can print thousands of parts in a day.
Better Accuracy
Higher resolution than similar technologies, can print in accuracies upto 1um which is far greater than other technologies.
Sample Prints
Prototype Machine
