Industrial 3D printing

Engineering plastics, printed to production spec.

BA-S021 · Outdoor bracket, topology optimised · ASA-CF

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Why printed plastic

Lighter, faster, and no tooling to pay for.

For jigs, fixtures, tooling and low-volume parts, a printed engineering plastic often does exactly the job a machined aluminium part was doing.

01

Lighter

Around 60% lighter than aluminium, 85% lighter than steel.

02

Faster to iterate

Rev A to Rev D inside a week. No CAM, no workholding, no queue.

03

No tooling cost

No moulds, no dies. One part costs what one part should.

Materials

Engineering plastics, specified for the environment.

Each of these earns its place for a specific reason. If your application doesn't obviously fit one, describe it and we'll pick.

Material Why you'd choose it Typical parts
ABS Tough and impact-resistant. Easy to machine and bond after printing. General fixtures, housings, prototypes that get handled hard.
ABS-CF Carbon fibre filled — stiffer, with far less warp on large flat geometry. Large jigs, checking fixtures, flat plates that have to stay flat.
ASA UV and weather stable. Won't yellow or go brittle outdoors. Outdoor enclosures, exposed mounts, anything sitting in sunlight.
ASA-CF Weather resistance plus carbon stiffness and dimensional stability. Outdoor brackets and structural parts with a long service life.
PA6-CF High strength and heat resistance. The structural workhorse. EOAT arms, load-bearing brackets, parts near heat sources.
PA12-CF Lower moisture uptake than PA6 — holds dimensions in humid conditions. Inspection fixtures, gauges, precision-critical tooling.
TPU Flexible and abrasion resistant. Grips without marking the part. Gripper pads, gaskets, dampers, protective sleeving.
PLA Cheap, fast and sharp on fine detail. No real heat or load resistance. Prototypes, everyday shop aids, architectural models.

Not sure which? Send us the part and its working conditions — temperature, load, chemical contact, indoors or out — and we'll spec the material with you before quoting. Most other engineering-grade filaments can be sourced on request.

Parts

Recent 3D printed parts.

Tooling, structures, fixtures and short runs, printed at our works in Rajkot.

Topology optimised outdoor bracket 3D printed in ASA-CF for an electronic component, rated 100 N
Outdoor bracket, topology optimisedASA-CF
Robot end-of-arm 2-jaw gripper 3D printed in carbon fibre reinforced ABS
Robot EOAT: 2-jaw gripperABS-CF
Robot end-of-arm 3-jaw centric gripper 3D printed in carbon fibre reinforced ABS
Robot EOAT: 3-jaw centric gripperABS-CF
Y-junction air duct reducer 3D printed in ABS for airflow merging and reduction
Y-junction air duct reducerABS
Custom CMM inspection fixture 3D printed in carbon fibre reinforced ABS
CMM fixtureABS-CF
Quick gear inspection tool for a 1.5 module 26 tooth helical gear, 3D printed in carbon fibre reinforced ABS
Quick gear inspection toolABS-CF
Custom laser marking fixture 3D printed in ABS holding cylindrical components
Laser marking fixtureABS
Custom load-bearing assembly part 3D printed in ABS with two bearing bosses
Custom assembly partABS
Two-part vented container 3D printed in PLA, produced as a batch of eighty
2-part container, 80 offPLA
Small outdoor utility bracket 3D printed in ASA, produced as a batch of five hundred
Utility bracket, 500 offASA

Full specifications - part codes, weights, dimensions, load cases and operating environments are in the 2026 catalogue.

Download the catalogue

Send us a STEP file.

Tell us the quantity and where the part has to work - temperature, load, indoors or out, anything it touches. We'll come back with a material, a lead time and a price.

Works

410, Icon World Trade,
Opp. Nand Empire, Patidar Chowk,
Sadhu Vasvani Rd., Rajkot,
GJ 360005, India