[ ! ] Makerise Innovations Pvt. Ltd.

Integrated Multimaterial Manufacturing

Advanced material systems, deposited by one platform, across multiple capability domains, in a single integrated build. Not separate processes stitched together.

Explore materials ↗

Propulsion systems

Additive
manufacturing
for solid rocket
motors

Makerise is developing additive-manufacturing approaches for solid rocket motor systems — digitally manufactured components, integrated structures and repeatable production workflows.

  • Solid rocket motor
  • Base bleed motor
  • Hybrid rocket engine
  • 3D printed propellant
Explore SRM ↗

[01] What it does

Incept-1 is being developed for advanced materials — structural, functional and energetic systems — written directly into finished geometry.

[04] Materials

  • Continuous-fibre composite systemsReady
  • Structural core systemsReady
  • Elastomeric systemsReady
  • Conductive & functional systemsIn progress
  • High-performance & filled polymer systemsPlanned

[ 01 ] The idea, at its largest scale

Imagine printing
a whole rocket
in one go.

Not a machine that makes one part of it. A platform that could make all of it, in the same build.

01StructureThe load-bearing shell
02Composite reinforcementContinuous fibre laid along the load path
03Embedded electronicsConductive traces printed into the structure
04Multimaterial zonesFoam, silicone and resin in the same part
  • One platform
  • Multiple materials
  • Integrated manufacturing

Thermoset
+ thermoplastic

Most platforms commit to one material class. Incept-1 is being developed across both — thermosets written and cured, thermoplastics melted and fused — so the material set is not fixed by the process.

Why it matters

Two approaches, one platform

Direct ink writing and fused deposition are normally separate machines. Developing both on a shared platform is what keeps the addressable material set open.

Continuous flow

No cartridge ceiling

Cartridge-fed systems stop when the cartridge empties, which caps part size. Continuous feed is designed to remove that ceiling across both deposition approaches.

High-viscosity capability

The hard part of the process

Paste-grade viscosity is the difficult end of direct ink writing, and handling it is what makes highly filled and structurally demanding material families addressable at all.

Why we
built it

The hardest components to manufacture are the ones that matter most. In advanced space and defence propulsion work, parts combine dissimilar material systems in demanding geometries, and each one carries tooling, vendors and long qualification cycles that make iteration slow and expensive. We are building a platform aimed at that problem: fewer separate processes, less dependence on tooling, and a cost base a lab in India can actually sign off.

3–12×Lower cost than imported composite printers
1 buildFibre, foam and silicone in one machine
ZeroTooling or moulds required

One platform,
multiple capabilities

Structural, functional and elastomeric material systems, addressed by the same toolpath engine. These are the application domains the platform is being developed against.

Solid rocket motor developmentA development focus on integrated motor components, where complex functional geometries and dissimilar material systems normally demand separate tooling and processes.
Satellite propulsionAn application area for compact, geometrically complex propulsion components built as integrated assemblies rather than separately made and joined parts.
HRMHybrid rocket motor work, where structural, insulating and energetic material classes meet in one component and rapid iteration matters most.
RATORocket-assisted take-off — an application area calling for repeatable production of integrated motor components at usable scale.
JATOJet-assisted take-off — a related assisted-launch domain with the same demand for integrated material systems and short development cycles.

The people
and the road

Makerise started with a small founding team and grew into a group of researchers and engineers working across advanced manufacturing, product design, next-generation materials and AI. Everything on this page was built by them.

The Makerise Innovations team at the National Additive Manufacturing Symposium 2026

[ The team ]

Four people who kept ending up in the same lab, arguing about why a printed part broke.

Above: four of the team at the National Additive Manufacturing Symposium 2026, where the first working prototype was shown. The company has since grown to eight.

8Core team members
3Peer-reviewed publications

[ Ecosystem & institutional network ]

IIT Indore

Founding alumni institute

Ideation and foundational research at IIT Indore shaped the company's early technology direction.

NCAM

Incubation & technology support

Incubated under Tripraman-3, with support for technology and product development in additive manufacturing.

NSRCEL, IIM Bangalore

Incubation partner

Business incubation and mentorship through Launchpad 26, supporting commercialisation and growth.

The people
building it

Researchers and engineers across additive manufacturing, materials, firmware and production.

Founder

Harsh Vardhan Singh

Company strategy, advanced manufacturing

Slicer & toolpath planning, AI/ML

Deepak Kumar

Slicer, toolpath planning, AI-ML

Slicer & toolpath algorithms

Isparsh Chauhan

Slicer, toolpath algorithms

Materials & supply chain

Prosenjit Mondal

Materials, supply chain

System design & production

Harsh Kumar Rajput

System design, production

Firmware & hardware integration

Lakshya Janghel

Firmware, hardware integration

Legal, compliance & marketing

Shivani Sangal

Legal, compliance, marketing

Legal & Marketing

Karan Singh

Legal, compliance, marketing

How we
got here

Incept-1 began with a manufacturing problem rather than a product plan. The patented platform that resulted is still being developed — this is the direction of that work.

01 — The problem

Conventional workflows fragment the part

Different material systems and demanding geometries tend to need different tools, different processes and separate steps that have to be joined afterwards. The constraint sits in the workflow, not in the design.

02 — The direction

Toward direct digital manufacturing

The work moved away from making any one process better, and toward a platform that could address a wider range of advanced material systems digitally — without committing to a single material class.

03 — The platform

Incept-1 takes shape

Deposition flexibility, complex geometry and integrated material workflows converged into one platform: the ability to place dissimilar material systems in a single build rather than assemble them afterwards.

04 — Today

Expanding what the platform addresses

Development continues on broadening the material set and the application domains the platform is built to serve. The capability areas above are where that work is pointed.

[ Enquiry ]

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 ↗

[ Direct ]

Talk to the
founder

Contact
Harsh Vardhan Singh — Founder
Email
info@makevery.in
Phone
+91 93401 51871
Registered office
Makerise Innovations Private Limited
Sector 76, Noida – 201301, Uttar Pradesh