1/2” square steel. The path of the labyrinth moves continuously from the opening at the bottom to the center of the
maze. The intricacy of this design requires the full weight of the labyrinth to be carried by many of the individual
components. After the joint welds were completed, with the piece lying horizontally, the labyrinth was fixed in its
vertical position and each load bearing element heated to a lo-red and re-bent to compensate for the load. The entire
labyrinth was then heated and quenched in oil.
labyrinth itself if made from 1/4” square steel and the
frame is 1/2” square steel. The path of the labyrinth
moves continuously from the opening at the bottom to
the center of the maze. The intricacy of this design
requires the full weight of the labyrinth to be carried by
many of the individual components. After the joint welds
were completed, with the piece lying horizontally, the
labyrinth was fixed in its vertical position and each load
bearing element heated to a lo-red and re-bent to
compensate for the load. The entire labyrinth was then
heated and quenched in oil.