1996Industrial Robot the international journal of robotics research and applicationRequires access

Multi‐arm robots

Rob Buckingham

Open publisher page 11 citations

Abstract

Describes some of the current research into multi‐arm robots underway at AMARC, University of Bristol, at the theoretical level, defining what constitutes a multi‐arm robot and also at the implementation level. Use is made in the laboratory of a planar, two‐arm experimental robot and a 32‐axis, four‐arm robot system. In industry a four‐arm robot for handling composites is used. AMARC has also been involved in the development of a two‐arm robot for the fish industry. Concludes that the goal of producing a multi‐arm robot which is able to conduct some complex and varied manipulation tasks is still largely a research topic.

About this research paper

What this paper is about

Describes some of the current research into multi‐arm robots underway at AMARC, University of Bristol, at the theoretical level, defining what constitutes a multi‐arm robot and also at the implementation level. Use is made in the laboratory of a planar, two‐arm experimental robot and a 32‐axis, four‐arm robot system. In industry a four‐arm robot for handling composites is used. AMARC has also been involved in the development of a two‐arm robot for the fish industry. Concludes that the goal of producing a multi‐arm robot which is able to conduct some complex and varied manipulation tasks is still largely a research topic.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Describes some of the current research into multi‐arm robots underway at AMARC, University of Bristol, at the theoretical level, defining what constitutes a multi‐arm robot and also at the implementation level. Use is made in the laboratory of a planar, two‐arm experimental robot and a 32‐axis, four‐arm robot system. In industry a four‐arm robot for handling composites is used. AMARC has also been involved in the development of a two‐arm robot for the fish industry. Concludes that the goal of producing a multi‐arm robot which is able to conduct some complex and varied manipulation tasks is still largely a research topic.

Key concepts: Robotic arm, Arm solution, Robot, Computer science, Long arm, Robot control, Engineering, Simulation

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