Meeting with Advanced Waterjet CuttingTags: connect, innovate, and business
Advanced Waterjet Cutting
Today we visited the Advanced Waterjet Cutting office and spoke to Sal Copado and Chris regarding cutting out our side shields. We had called a couple days in advance to set up this meeting, and we brought both our robot and our Mobile Learning Lab to demo. They were impressed by our work and were happy to support a local team competing at the super regional level. Sal agreed to cut out the side shields for our robot. Although due to their heavy work backlog they said the side shields would not be complete until next Wednesday. While this is before Super Regionals, we decided to go to the Dallas Makerspace to laser cut the design out of high density fiberboard so that we can start assembly based on the new design during our Saturday meeting and the following evenings. These cut-outs are pictured below.
After the demo of our robot, we discussed the design of the side shields. At first they assumed that we needed assistance in putting together the design, but we had already prepared a design and had it ready for the meeting. After having a look at it, they identified a mistake that we had made. We are used to designing files for manufacturing - mostly on our 3D printer. We typically include machine adjustments into our designs so we can upload them right to the machines. For example we adjust our designs to compensate for 1st layer spreading or for material expansion into small holes. In designing our side shields for waterjet machines, we figured out the kerf we needed to work with and made adjustments accordingly. They saw this and said that there was no need for these adjustments, as they recommend that they make those adjustments themselves due to the variance in kerf for the different machines they use. They can cut industrial sized parts with either their waterjet or their laser for finer tolerances. We told them we wanted them cut out of 1/8" thick 6061-T6 aluminum and they confirmed that this was a good choice. The final files we sent them include designs for our side shields, mounting plates for our new 6in Mechanum wheels, and internal wheel mounts. We're basically covering the cost of the material and they are covering all other expenses.
We hope to pick up the new parts next Wednesday and get them on the robot that evening. We would also like to return with the full team to AWC and get a tour of their manufacturing facilities and machine shop. But we'll need to look for a student holiday to get that done since we're always at school during their opening hours. We'd also like to show them the updated robot and see if they have any ideas for further improvements.