- 18 hrs
- Layer
- 0.20 mm
- Weight
- 640 g
Custom Robot Arm
A five-axis desktop manipulator printed as fourteen interlocking parts, designed so every joint could be serviced without cutting anything apart.
- PETG
- FDM
- Engineering Prototype
A five-axis desktop manipulator printed as fourteen interlocking parts, designed so every joint could be serviced without cutting anything apart.
A 27:1 reduction stage printed in carbon-filled nylon, running continuously on a test rig for over two hundred hours without measurable backlash growth.
A 1:200 presentation model of a mixed-use tower, printed in nine sections with a translucent resin curtain wall lit from within the base.
Eleven revisions of a wrist-worn enclosure printed over three weeks, each one worn for a day before the next was cut.
A twelve-figure tabletop set printed at 0.03 mm, holding chainmail links and facial detail under a hobby brush.
A 480 mm parametric shade printed in wood-filled PLA, sanded and oiled so the layer lines read as turned grain.
Six impeller geometries printed in a single overnight run so a pump manufacturer could test blade profiles against real water.
A damaged century-old plaster corbel measured, rebuilt in CAD and reprinted as a casting master for eighteen replacements.
A weather-sealed charge port door printed in ASA, cycled ten thousand times and left on a rooftop for a summer without fading.
A sectioned heart printed in clear and tinted resin for a teaching hospital, with chambers that separate to show internal structure.
A tessellating desk organiser family of nine parts that clip together in any arrangement, produced as a 200-unit retail run.
A wearable screen-accurate helmet printed in eight sections, seam-welded, filled and finished to a mirror automotive paint.
Every project here started as a file and a question. Send us both.
Or call +91 93444 98634