Step 1: Creating a design in order to test the probability of manufacturing and perform manufacturing review. Once both processes were approved, we could advance to locating and importing the materials unavailable in China.
Step 2: In order to achieve the high level of tolerance and close fit required from the parts in a moving robotic device, we combined various metal and plastic CNC technologies with advanced mechanical assemblies.
Step 3: Manufacturing each of the metal and plastic parts required optimal tool and machine selection. Utilizing a CNC turning center machine that provided maximum stability, we created homogeneous precision parts in the required quantity.
In order to achieve the high tolerance level required from such a product, we used a
5-axis CNC mill, enabling us to keep each part in a fixed fixture throughout the process.
Step 4: We then galvanized the product and applied a 100 micron thick powder coating layer to provide sun and wetness resistance for outdoor uses, as well as protection from vandalism and harsh environments.
Step 5: Due to the large size and heavy weight of the finished product and the sensitiveness of the control panel, we devised a custom packaging solution to ensure it reached Orpak in optimal condition.