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Design of an automated wood-pallet machine

Author(s): Cheng Lin | Steve Hsiung

Journal: Journal of Applied Science and Engineering Technology
ISSN 1939-8565

Volume: 1;
Date: 2007;
Original page

Keywords: Automation design | Hydraulic control | PLC | Pneumatic control

This article discusses an applied engineering project on the design and test of a wood-pallet machine that was supervised and sponsored by the Technology Application Center (TAC) at Old Dominion University. A hydraulic-power machine was designed to press six metal plates simultaneously onto six end surfaces of a wood pallet, which is used to stack items during movement or storage. Operation of this machine significantly reduces the manual hammering from four minutes to forty-five seconds. Students were guided to design the mechanical components and hydraulic power system. The animating software uses Automation Studio and Autodesk Inventor to simulate the system during the design stage before the machine is fabricated. Design equations are also evaluated in this article.
RPA Switzerland

RPA Switzerland

Robotic process automation


Tango Rapperswil
Tango Rapperswil