SLS 3D Printing
A laser fuses nylon powder layer by layer, and the unfused powder holds the part up. No supports means no support scars, no design compromise and geometry no other process can reach.
Trusted, recognised and featured
The Powder Is the Support
An SLS machine spreads a thin layer of nylon powder, a laser traces and sinters the cross-section, the bed drops and the next layer goes down. The powder that was not sintered stays exactly where it is, and it holds every overhang, every undercut and every unsupported island in the build.
Nothing has to be designed around a support structure, because there are none. Parts can nest in three dimensions inside the build volume, so a batch of fifty costs far less per part than a batch of one.
Where SLS Wins
The process to choose when the geometry is the hard part.
Total geometric freedom
Internal channels, lattices, living assemblies printed already assembled. If you can model it, it prints.
Near-isotropic strength
Sintered parts are far less directional than extruded ones — the Z axis is not the weak axis it is in FDM.
Nesting pays for itself
Parts stack in 3D inside the build chamber. Volume pricing works here in a way it does not on a build plate.
A finish that takes dye
The natural matte powder surface accepts colour dyeing evenly — a uniform black or a house colour, no paint.
Process Specification
| Parameter | What you get |
|---|---|
| Dimensional accuracy | ± 0.3 % (± 0.3 mm lower limit) |
| Layer thickness | 0.1 mm |
| Minimum wall thickness | 0.7 mm (1.0 mm recommended) |
| Minimum clearance | 0.5 mm between moving surfaces |
| Escape holes | ≥ 5 mm for enclosed volumes, so powder can be removed |
| Materials | Nylon 12 (PA12); glass- and mineral-filled grades on request |
| Finish as printed | Uniform matte, slightly granular |
| Available finishes | Bead blast, dye (black and colours), sealing, painting |
| Typical quantities | 1 – 500 parts |
What People Send Us
Complex housings
Enclosures with integrated clips, channels and mounts as one part.
Ducting and manifolds
Smooth internal passages that no support could ever be pulled out of.
Drone and UAV structures
Light, stiff, and complex — the three things SLS does at once.
Functional test parts
Snap fits, living hinges and mechanisms that need real nylon behaviour.
Medical and lab fixtures
Autoclavable geometry with no crevices left by supports.
Nested production batches
Fifty of something small, priced as a batch and not as fifty jobs.
Four Steps From File to Part
The same route for every process on this page.
01 · Upload your CAD
Pick a manufacturing process, upload the 3D file and tell us the quantity and finish.
02 · Get a DFM analysis
We come back with a design-for-manufacturability review and a price — not just a price.
03 · Manufacturing begins
Approve the quote and the job goes on the floor. You are told when it starts, not only when it ends.
04 · Parts are shipped
Packed, tracked and shipped anywhere in India, with the tracking number in your inbox.
Other Manufacturing Services
FDM 3D Printing
Engineering polymers, one-off to small batch, ±0.5 % accuracy.
HP MJF 3D Printing
Multi Jet Fusion for production-rate nylon parts with even properties.
SLA 3D Printing
Resin for the finest detail and the best surface finish — ±0.2 %.
Vacuum Casting
Silicone tooling for 1–25 identical cast-polyurethane parts.
Finishing & Assembly
Sanded, blasted, painted, inserted and assembled before it ships.
Reverse Engineering
Scan-to-CAD for the part that exists and the drawing that does not.
Quality Assurance
Dimensional and material verification, documented.
Consulting & Design
DfAM, material selection and process design, from CAD to production.
Send us the part
Upload the file and tell us the quantity. You will get a design-for-manufacturability review and a price back — not just a price.