Skip to content
AI3DRobot
3D Printing & AdditiveDeliveredRobot end-of-arm tooling

Robot end-of-arm tooling — Logistics

Printed vacuum manifolds and EOAT with internal channels. Delivered for a logistics client in Anand.

Location
Anand
Year
2023
Duration
12 weeks
Team
12 engineers
Interactive 3D · drag to rotate
−52%
EOAT mass
4.7 kg
robot payload freed
80
designs

The challenge

Data existed but lived in spreadsheets and legacy systems, so decisions were made on instinct rather than evidence.

What we built

We owned the whole stack — hardware, firmware, models and dashboards — using MJF, nTop, Fusion 360 so there was one accountable team.

Delivery timeline

  1. Phase 1

    Discovery sprint and site survey

  2. Phase 2

    Prototype built and tested in the Motera lab

  3. Phase 3

    Pilot on site with before/after measurement

  4. Phase 4

    Scale-out, training and handover

Highlights

  • Runs on-premises; no data leaves the site unless agreed
  • Remote monitoring and over-the-air updates included
  • Before-and-after measurements agreed with the client up front
  • Operator training delivered in Gujarati, Hindi and English

Related 3D Printing projects

← PreviousNext →
3D PrintingLive

Packaging · Sanand · 2023

Robot end-of-arm tooling — Packaging

Printed vacuum manifolds and EOAT with internal channels. Delivered for a packaging client in Sanand.

−64%
EOAT mass
6 kg
robot payload freed
109
designs
3D PrintingLive

Automotive · Bhavnagar · 2024

Robot end-of-arm tooling — Automotive

Printed vacuum manifolds and EOAT with internal channels. Delivered for a automotive client in Bhavnagar.

−64%
EOAT mass
1.8 kg
robot payload freed
358
designs
3D PrintingR&D

FMCG · Indore · 2020

Robot end-of-arm tooling — FMCG

Printed vacuum manifolds and EOAT with internal channels. Delivered for a fmcg client in Indore.

−61%
EOAT mass
3 kg
robot payload freed
51
designs
3D PrintingPilot

Electronics · Indore · 2026

Robot end-of-arm tooling — Electronics

Printed vacuum manifolds and EOAT with internal channels. Delivered for a electronics client in Indore.

−65%
EOAT mass
3.1 kg
robot payload freed
330
designs

Have a problem that needs a machine built for it?

Tell us the constraint — line speed, accuracy, environment, deadline. An engineer will read it and reply with a straight answer, including when the answer is that you don't need us.

Start a projectsales@ai3drobot.com

We reply to every enquiry within one business day.