Robot end-of-arm tooling — Electronics
Printed vacuum manifolds and EOAT with internal channels. Delivered for a electronics client in Indore.
- Location
- Indore
- Year
- 2026
- Duration
- 6 weeks
- Team
- 3 engineers
- −65%
- EOAT mass
- 3.1 kg
- robot payload freed
- 330
- designs
The challenge
Existing vendors had delivered pieces of a robot end-of-arm tooling system, but nobody owned the integration and the pilot had stalled.
What we built
We ran a two-week discovery sprint, then built and fielded the system end to end on MJF, nTop and Fusion 360, with operator training and an SLA.
Delivery timeline
Phase 1
Discovery sprint and site survey
Phase 2
Prototype built and tested in the Motera lab
Phase 3
Pilot on site with before/after measurement
Phase 4
Scale-out, training and handover
Highlights
- Designed, built and supported from Motera, Ahmedabad
- Before-and-after measurements agreed with the client up front
- Operator training delivered in Gujarati, Hindi and English
- Integrated with existing PLC, ERP or GIS systems — no rip-and-replace
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