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MECHRobotics / Product DesignIEEE Final Year Projects
3D-Printed Adaptive Robotic Gripper
Under-actuated compliant robotic end-effector with FSR tactile force sensors for delicate object manipulation.
Custom Fabrication & EngineeringCustom Built to Order
Customized to Your Project Requirements
All engineering projects are custom fabricated to match your specific IEEE publication standards, academic department guidelines, and selected hardware/sensor stack. Request a custom quote to receive an itemized proposal, timeline, and deliverables list.
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Safe & Tracked Delivery
Lab Tested & Working
Non-Refundable Custom Policy
Project Technical Overview
Compliant finger mechanism 3D-printed in TPU/PLA. Under-actuated flexure joints conform around irregular object geometries without crushing fragile items, guided by strain gauge force feedback.
IEEE ResearchStandard Publication & Conference Literature
Read the foundational IEEE conference research paper, citations, and algorithmic architecture for this project.
Verified Included Components1 components linked
Arduino Uno
Qty: 1