Robotic end-effector system for fully flush fasteners
Lead Participant:
KWIKBOLT LIMITED
Abstract
Kwikbolt's objective is to design, develop and prototype a bespoke demonstrator end-effector and robotic system to be used to install and remove fully flush temporary fasteners, required in the production line manufacturing process of aerospace components.
The deliverables will include a prototyped end effector that interfaces with an industry standard robot arm to install and remove a range of flush automated fasteners, providing precise high tolerance hole location (X&Y) and high load clamping (Z). Incorporating a vision system that calibrates robot system in 3D space ensuring the correct fastener is installed in the correct hole accurately, for a given assembly.
The deliverables will include a prototyped end effector that interfaces with an industry standard robot arm to install and remove a range of flush automated fasteners, providing precise high tolerance hole location (X&Y) and high load clamping (Z). Incorporating a vision system that calibrates robot system in 3D space ensuring the correct fastener is installed in the correct hole accurately, for a given assembly.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
KWIKBOLT LIMITED | £210,000 | £ 105,000 |
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Participant |
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KINGSTON UNIVERSITY | £44,978 | £ 44,978 |
People |
ORCID iD |
Jan Niklewicz (Project Manager) |