Magnetic conveyor: proof of concept design and simulation

This project was undertaken to determine whether the theorised concept of a product being transported in a 2D, non-linear fashion on magnetic conveyors was feasible, with the following objectives:

•    Demonstrate a simulation using a magnetic planar motor conveying for the non-linear product motion.
•    Perform data collection, weights and run rates.
•    Conduct a cost-benefit analysis for the proposed solution.
•    Advance magnetic conveyor technology development towards an automated boning room.

A simulation of the concept design was generated from the collected data to provide confidence in the concept and its rates, enabling a cost-benefit analysis.

This system could benefit businesses that are packaging a high volume of product at significant throughput, requiring non-linear conveying to achieve efficiency gains.  It also reduces labour associated with manual processing.