Light weight Robotic End Of Arm Tooling has always been a challenge until now.
With our 3D printing technology, we make it possible to build complexity, while drastically reducing weight and cost.
Designing a part or an assembly for 3D Printing (Additive Manufacturing) is very different from designing for milling, sheet metal or molding.
The rules in the field are still being written. The Additive Manufacturing designer needs to have a good understanding of the technology that will be used to manufacture the part, if there will be support structure or not, the material that will be used and its properties. the achievable tolerances, the impact of shrinkage and warpage…etc. Additive manufacturing also offers freedom in design offering the designer more opportunities for innovation.
Since most of our tools are build using Nylon, we often get asked if plastic is strong enough for the tooling, especially when the metal tool that we are replacing often break. The answer is simple, it’s all about the engineering design calculations and parts optimization we use. Most of the tools that are built using off the shelve components mounted on a milled or sheet metal base relies on the experience and gut feeling of the designer. In our case, almost every part and assembly we include in our tools goes through detailed and precise calculations to determine the exact amount of material required to safely support the load and the given operation conditions. The reason we do it this way is because every extra gram of material that is not contributing to parts function only adds avoidable weight and cost to our design.