Share Your File
Send STL/STEP files, drawings or a sample, with the quantity and how the part will be used.
Capabilities
3D Printing
& Prototyping
Bridging digital CAD models to physical reality — functional prototypes,
exhibition models and end-use parts.
Parts You Can Test, Show and Use
Using FDM printing, we turn CAD models into thermoplastic parts — and we print prototypes that are meant to be handled, assembled and tested — not just looked at. Because we are design engineers first, every part is reviewed for additive manufacturing before it is printed: orientation, wall thickness, clearances, supports and infill are set for the way the part will be used. Where needed we adjust the CAD model itself (Design for Additive Manufacturing) so the printed part is stronger, lighter or easier to assemble.
From a single fit-check part to small production batches and working exhibition models, we help you choose the right material and settings, and we can model the part for you if all you have is a sketch or a broken sample.
What We Print
Form, fit and function prototypes for new products · working scale models for exhibitions and demonstrations · jigs, fixtures and gauges for the shop floor · replacement and low-volume production parts · enclosures, brackets and mechanical components for R&D testing.
Send us STL or STEP files and we will review them before printing. No CAD model? We can create one from drawings, sketches or a physical sample, then print and iterate until the part is right.
Key Deliverables
Printed parts that arrive ready for testing, with guidance on material choice and any design changes made.
- DfAM review of every model before printing
- Material and print-setting recommendation for the application
- Functional prototypes and small-batch production parts
- Post-processing and assembly of multi-part models
What's included?
- + File check and printability report
- + CAD modelling from sketches or samples (optional)
- + Iteration support after testing
- + Packing and shipping across India
Why Print With Us
Engineering-Led
Additive Manufacturing
Additive Manufacturing
Design for Additive (DfAM)
We adapt geometry, tolerances and orientation so parts print reliably and perform under load.
Wide Material Range
PLA, PETG, ABS, TPU and engineering-grade polymers — chosen for strength, heat resistance, flexibility and finish.
Fast Iterations
Quick turnaround between print, test and revision so your prototype matures in days, not weeks.
Fit & Function Testing
Parts checked against the assembly they belong to — the same validation-first approach we use for machines.
Precision FDM Printing
Dimensional accuracy up to ±0.08 mm, so printed gears, pulleys and brackets fit and work.
Exhibition-Ready Models
Working, moving scale models that explain your machine or product at trade shows and in the boardroom.
Process
From File
to Finished Part
to Finished Part
FAQs
Frequently Asked
Questions
Questions
STL and STEP are preferred. We can also work from DWG/DXF drawings, other 3D formats, sketches or a physical sample.
Often, yes — for jigs, fixtures, brackets, enclosures, low-volume and replacement parts. We will advise honestly when another manufacturing method is a better fit.
No. Our design team can create the model from your drawing, sketch or sample and then print it.
It depends on the size, quantity and finishing required. Simple parts are typically ready within a few working days; we confirm lead time with every quote.
Contact
Ready to hold
your design?
your design?
Share your requirement and our engineers will reply with a clear scope, timeline and quote.
E-mail address
designs@hexspurdesigns.com