Once we had the data from our reverse engineering software and a solid model had been produced, we began designing a tool.
Some changes had to be made to the solid model in order to plot vacuum holes, allowing for air flow and expanding for plastic shrink.
In addition to using the solid model, we created through reverse engineering for the creation of a tool we used it to create fixtures for trimming the parts.
Once we had the design and had customer approval, we wrote the program in Mastercam, programmed the Haas VF4, and began to make chips.
We were then ready to run and trim some prototype parts. (Trimming was done on our 5-Axis CNC Router.) We then submitted the prototype parts to the customer.
Upon receiving approval on the prototypes, we handed the project over to our production department.
In the next newsletter we will talk about the production of the parts—thermoforming, CNC trimming, and more.