Transform Your Ideas
In To Reality
With 3D Printing
Industrial-grade Fused Deposition Modeling for functional prototypes, jigs, fixtures & end-use parts. 10+ engineering materials. Ships across India in 24–48 hours.
The Engineering
& Education Lab
Precision Prototyping for the Visionaries of Tomorrow
In the worlds of science and engineering, seeing is believing, but touching is understanding. GRAVIXX bridges the gap between digital CAD files and physical reality.
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Engineering Lab
01
Detailed Study Cut-Sections
Complex multi-part assemblies like Jet Engine cut-sections, automotive gearboxes, and architectural cross-sections for classroom or boardroom use.
Rapid Prototyping
02
Functional Engineering Prototypes
Test fit, form, and function with industrial-grade materials — drone frames, custom mechanical housings, and more.
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Medical Visualization
03
Science & Medical Models
Anatomically accurate medical and scientific visualizations that make complex data tangible and easy to study.
The Lifestyle &
Gifting Studio
Personalized Artistry in Every Layer
Why settle for mass-produced when you can own something truly one-of-a-kind? GRAVIXX creates personalized treasures that light up rooms and start conversations.
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Custom Lamps
01
Custom 3D Lamps & Lithophanes
Turn your favorite photographs into stunning light-up lamps that reveal your image when illuminated from behind.
Miniatures
02
Hyper-Realistic 3D Miniatures
From tabletop gaming characters to "Mini-Me" figurines — our high-resolution printers capture every tiny detail.
Home Décor
03
Personalized Home Décor
Custom vases, wall art, nameplates, and decorative objects — designed by you, crafted to perfection by GRAVIXX.
How FDM Printing Works
Fused Deposition Modeling (FDM) is an additive manufacturing process where a thermoplastic filament is melted and deposited layer-by-layer to build the final 3D object.
CAD Model Sliced
Your 3D file is imported into slicing software that converts it into horizontal layers and generates the toolpath (G-code) for the printer.
Filament Heated
The thermoplastic filament is fed into a heated extruder (180–260°C depending on material), where it melts into a semi-liquid state.
Layer Deposited
The extruder nozzle moves precisely along the X and Y axes, depositing the molten material onto the build plate in the exact pattern defined by the toolpath.
Layer Solidifies
Each extruded layer instantly cools and bonds to the layer below it, forming strong inter-layer adhesion as the build progresses upward.
Support Removal
After printing, any support structures used for overhanging geometry are removed manually or dissolved (for soluble support materials).
QA & Dispatch
The finished part goes through our quality inspection process and is professionally packaged for delivery to your doorstep across India.
10+ FDM Materials
We stock a wide range of engineering-grade thermoplastic filaments to match every application — from budget prototypes to high-temperature structural parts.
📊 Material Strength Comparison
🌡️ Heat Resistance (HDT)
Who Uses FDM Printing?
FDM is the go-to technology for industries that need functional, fast, and cost-effective 3D printed parts — from startups to Fortune 500s.
Automotive
Jigs, fixtures, dashboards, clips, and functional prototypes for OEM and Tier-1 suppliers across India.
Robotics & IoT
Custom enclosures, sensor mounts, end-effectors, and rapid hardware iterations for robotics startups.
Architecture
Detailed scale models, massing studies, and interior design mock-ups for architects and developers.
Manufacturing
Assembly jigs, inspection fixtures, custom tooling inserts, and production-line aids at low cost.
Education & R&D
Lab models, STEM prototypes, and research components for universities, IITs, and innovation labs.
Medical Devices
Non-implantable surgical training models, anatomical references, and medical device housings.
Electronics
PCB enclosures, wire management clips, connector housings, and custom electronic components.
Aerospace
Lightweight concept models, wind tunnel components, and non-structural interior cabin parts.