Robotic head assembly design from the Mahto Group archive

Advanced Mechatronics

Ideas that move, sense, and assist.

A robotics archive spanning medical delivery concepts, humanoid systems, commercial deployment, additive manufacturing, and international research presentation.

₹2.25 CrKuwait project value
15Humanoid robots
3D PrintRapid prototyping
2019Project record

Robotics Portfolio

Mechanical design, intelligent systems, and physical prototypes.

Mahto Group's robotics work connects early humanoid research with commercial robotics, medical mechatronics, 3D printing, and advanced component prototyping.

The portfolio includes a micro drug intravenous delivery robot concept for targeted oncology treatment and a ₹2.25 crore humanoid engineering program for 15 robots across 15 outlets of a multi-chain Indian restaurant group in Kuwait.

Documented Milestones

Research and public record

  • Micro drug intravenous delivery robot designed for precision micro-dosing and targeted cancer-care delivery.
  • ₹2.25 crore commercial program for 15 humanoid robots serving 15 restaurant outlets in Kuwait.
  • Humanoid research featured in the 2010 Education Times article “A Quantum Leap”.
  • International presentation of mechatronic project papers in Singapore while leading a 30-member engineering cohort.
  • In-house 3D printing used for the humanoid skull, mechanical joints, structural housings, and custom components.
Research domainMedical mechatronics
Commercial scope15 humanoid robots
Project value₹2.25 crore
Making methodAdditive manufacturing
Public recordEducation Times · 2010
Global recordSingapore presentation

Robotics Archive

Real CAD, fabrication, and prototype evidence.

Original Mahto Group design and fabrication images are identified directly. The medical micro-robot visual is a newly generated concept and does not disclose proprietary geometry.

Development Layers

A physical R&D chain from concept to assembly.

These layers summarize the core robotics capabilities of the Mahto Group engineering team.

01

Concept

Define the human, medical, or commercial purpose of the robotic system.

02

Mechanical design

Develop housings, joints, linkages, and assemblies through CAD.

03

Rapid prototype

Produce custom components through additive manufacturing.

04

System assembly

Integrate physical elements into testable robotic prototypes.

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