Services
End-to-end additive manufacturing, parametric 3D CAD engineering, and rapid prototyping solutions in Kharadi, Pune—built for hardware startups, industrial R&D teams, and educational institutions.
Additive Manufacturing
On-demand FDM and resin 3D printing in PLA, PETG, ABS, ASA, and TPU for functional production components, spare parts, shop-floor jigs, fixtures, and custom scale models.
Design for Additive Manufacturing
Optimizing part geometry to consolidate assemblies, reduce weight, minimize support structures, and convert legacy 2D drawings or STL meshes into clean 3D STEP/IGES CAD models.
Battery Design for Electric Vehicles
Custom 3D mechanical modeling, cell holder layouts, thermal routing, and protective enclosure prototyping for electric two-wheelers, e-bikes, and light EVs.
Prototype Building
Fast-turnaround functional prototypes with no minimum order quantity—complete with multi-part large-format joining, sanding, priming, and custom color finishing.
New Product Development
Taking hardware concepts from a rough napkin sketch or reference sample through parametric 3D CAD engineering, iterative form-fit-function testing, and pilot batch production.
3D Printing & DfAM Workshops
Hands-on 4-hour engineering college bootcamps and K–12 school STEM sessions across Pune covering FDM hardware, Fusion 360 parametric CAD, slicing, and live printing.
How 3D printing works
The Additive Manufacturing Process
From a digital concept in CAD to physical layer-by-layer production, discover how we build precision components.
1. CAD Modeling
The journey begins with a 3D digital model created using tools like Fusion 360, SolidWorks, or Siemens NX, capturing precise geometric dimensions.
2. Slicing & G-Code
The CAD file is converted into horizontal layers via a slicer, translating geometry into precise machine instructions (G-code) for nozzle path and extrusion rates.
3. Layer Deposition
The printer melts and deposits engineering thermoplastics (like PETG, PLA) or cures resin layer by layer, building complex internal and external structures.
4. Post-Processing
Support structures are removed, and parts undergo finishing, sanding, or painting to achieve the desired mechanical strength and surface finish.
Where Does Additive Manufacturing Fit in Your Operations?
Whether you need a rapid prototyping aid, custom shop-floor tooling, low-volume production runs, or a feasibility check on a new design—reach out to Engineer's Cubicle on WhatsApp to discuss your requirements.
Contact
Have a design in mind..? No worries. Reach us on WhatsApp, Call or email.