01Chapter
What it does
Conventional printers make parts that look right. INCEPT-1 makes parts that hold up — fibre laid along the load path, foam printed in, no moulds, no bondline.
India's First Liquid-Based Composite 3D Printer
IntegratedMultimaterialManufacturing.
Continuous fibre, conductive ink, silicone and resin — deposited by one platform, in a single build. No moulds. No separate processes stitched together.
Continuous fibre✳Foam cores✳True silicone✳Conductive ink✳No moulds✳Continuous fibre✳Foam cores✳True silicone✳Conductive ink✳No moulds✳Continuous fibre✳Foam cores✳True silicone✳Conductive ink✳No moulds✳Continuous fibre✳Foam cores✳True silicone✳Conductive ink✳No moulds✳
weMAKEVERYthing
#wemakevery
[ Manifesto · The Idea ]
True composites,
not imitations.
02Chapter
Written, not melted
Direct ink writing, not filament. Material is pumped as a paste or liquid and written along a path, then cured — which is why the material set stays open.
03Chapter
No cartridge ceiling
Cartridge-fed systems stop when the cartridge empties, which caps part size. Continuous pumping removes that ceiling entirely.
04Chapter
The hard part of the process
Handling paste-grade viscosity is what makes highly-filled and structurally demanding material classes addressable at all.
Mission
Opening the door to advanced materials 3D printing
Go beyond traditional filaments with our patented liquid extrusion technology. Print with advanced materials like silicones for flexible parts, high-performance epoxies for structural components, polyurethane foams for cushioning, and specialty composites – all on a single modular platform.
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Key Features
Engineering the Future
Smart Flow Control
Advanced real-time flow monitoring ensuring precise material deposition for complex geometries.
Unlimited Volume
Continuous feed system eliminates material constraints for large-scale manufacturing.
Composite Fabrication
Process silicone, epoxies, alginates, and advanced composites with unmatched versatility.
Patented Technology
Revolutionary extrusion technology for recycled plastic waste and sustainable manufacturing.
Material Capabilities
INCEPT-1 Material Capabilities
Overview
INCEPT-1 is a modular 3D printing platform where you can seamlessly switch between different materials by simply changing the mounting head. This revolutionary approach enables processing of silicone, epoxy resins, foams, and advanced composites on a single machine. From flexible gaskets to rigid structural parts, from insulation foams to conductive circuits – unlock limitless manufacturing possibilities with one platform.
Silicone
Flexible, heat-resistant parts for gaskets, seals, and medical devices
Epoxy Resin
High-strength structural components and protective coatings
Foam
Lightweight cushioning, insulation, and packaging solutions
Coming Soon
Conductive Ink
PCB manufacturing and electronic circuit prototyping
Coming Soon
Carbon / Glass Fibers
Continuous fiber reinforcement for high-strength composites
±0.1mm
Precision
100k cP
Max Viscosity
150mm/s
Print Speed
300³mm
Build Volume
Ecosystem & Incubation
Our Ecosystem & Incubation Partners
Our venture has been nurtured by leading academic, technology, and business incubation ecosystems that have supported us from research and prototyping to commercialization and scale.
IIT Indore
Founder Alumni institute, Ideation, foundational research, and early-stage technology development that helped shape our innovation journey.
National Centre for Additive Manufacturing (NCAM)
Tripraman-3 Incubated ,Supported technology incubation, product development, and advancement of additive manufacturing capabilities.
NSRCEL, IIM Bangalore
Launchpad 26, Business incubation, mentorship, strategic guidance, and startup ecosystem support for commercialization and growth.
Our Journey
Real experts, real innovation
Led by R&D experts from IIT Indore with deep experience in mechanical engineering and additive manufacturing.
2024
Conceptualization
INCEPT-1 was conceptualized to tackle cost and waste in FDM 3D printing, enabling variety of materials beyond traditional filaments.
2025
Development
Static experimental setup created for assessing stepper, valve, and nozzle performance with multiple material validation.
2025
Material Testing
Successful testing with polyurethane, silicone, alginate, fumed silica, and calcium carbonate composites.
2026
Today
Transitioning from technology development to real-world deployment through pilot programs, customer discovery, industry collaborations, and commercialization initiatives.
Ready for Launch
Commercial Partnerships
Led by R&D experts from IIT
Applications
Powering future industries
From aerospace to healthcare, INCEPT-1 enables breakthrough applications across diverse sectors with its versatile material processing capabilities.
Aerospace
Lightweight structural components and thermal management systems for aviation
Biofabrication
Tissue scaffolds and biocompatible structures for advanced research
Healthcare
Custom prosthetics, implants, and medical device prototypes
Manufacturing
Industrial tooling, molds, gaskets, seals, and prototypes
Research & Publications
Advancing the Science
Our commitment to innovation is backed by peer-reviewed research published in leading academic journals.
Peer Reviewed
Published Research
Additive Manufacturing
Innovation Driven
RAPID PROTOTYPING JOURNAL
Optimizing Time in Additive Manufacturing
A Hybrid Approach
Emerald Publishing
2024
Rapid Prototyping Journal
Emerald Publishing • 2024
Featured Publication
Optimizing Time in Additive Manufacturing: A Hybrid Approach
Harsh Vardhan, Dr. Girish Chandra Verma
This research presents a novel hybrid approach to optimize manufacturing time in additive manufacturing processes. By combining advanced path planning algorithms with real-time flow control mechanisms, we demonstrate significant improvements in print efficiency without compromising structural integrity. Our methodology integrates liquid-based extrusion technology with intelligent material deposition strategies, achieving up to 40% reduction in production time while maintaining precision tolerances of ±0.1mm.
Key Findings
40% reduction in manufacturing time through optimized path planning
Maintained precision tolerance of ±0.1mm across all test specimens
Novel hybrid algorithm combining traditional and AI-driven approaches
Validated across multiple material types including silicone and epoxy composites
Citation
Vardhan, H., & Verma, G.C. (2024). Optimizing Time in Additive Manufacturing: A Hybrid Approach. Rapid Prototyping Journal. Emerald Publishing.
40%
Time Reduction
±0.1mm
Precision
100k cP
Viscosity Range
2024
Published
[ The team ]
The people
building it.
Researchers and engineers across additive manufacturing, materials, firmware and production.
Founder & Managing Director01
Harsh Vardhan Singh
Company strategy, advanced manufacturing
Slicer & toolpath planning, AI/ML02
Deepak Kumar
Slicer, toolpath planning, AI-ML
Slicer & toolpath algorithms03
Isparsh Chauhan
Slicer, toolpath algorithms
Materials & supply chain04
Prosenjit Mondal
Materials, supply chain
System design & production05
Harsh Kumar Rajput
System design, production
Firmware & hardware integration06
Lakshya Janghel
Firmware, hardware integration
Legal, compliance & marketing07
Shivani Sangal
Legal, compliance, marketing
Legal & Marketing08
Karan Singh
Legal, compliance, marketing
8
Core team members
3
Peer-reviewed publications
Get in Touch
Ask us anything.
Specification, materials, lead times, or a part you are not sure is printable. Open the form, ask, and a human answers within two working days.
Ask us anything ↗How it works:
1
Send us a message with your requirements
2
We'll schedule a call to discuss your needs
3
Design & integration consultation
4
Manufacturing & delivery coordination