Hello and welcome. Today we're going to have a deep dive into our Olympic trophy and how SOLIDCAM Simultaneous five axis has allowed us to machine this. Let's first start by looking at how we can use simultaneous five axis to relive stock. In this we have made a surface inside SOLIDWORKS as can be shown here. We're going to use this to trim some of the stock left over from Imachining in a previous operation. This will allow us to do subsequent operations with ease and make sure there's no stock that's going to interfere with SOLIDCAM We can easily use barrel or oval form tools, and it'll be an excellent choice for this toolpath. From there, we can choose a tool axis, direction, and the limits we may want to work in, as well as depth cuts and making sure that we don't cut any fresh air by using the stock definition. As you can see, as we come to simulate this, we can see the toolpath plane live in action, cutting the surface model we brought in and clearing up the stock so we can get on with our next operation. This really allows great flexibility, see, to making sure that the design intent comes through into the actual machined part. Moving from this, let's look at another great technology of inside SOLIDCAM. Geodesic machining also allows for five axis tool paths The difference with this is we can have a look at the entire model or just a surface. And sure, a completely constant step over between each individual toolpath on a multi axis path. As you can see again, we can use oval form and barrel form tools to make sure we can get as much machined as possible as quick of time and assigned things such as surface quality. As we bring this into simulation or seeing it on the machine, you can see this is a great way to form this radius on the top of the trophy. It's not just roughing and finishing. Simultaneous five axis can be used for using the projection technology. We can also engrave. We can do this by picking a surface we want to engrave and then edges to groove. With this we can also assign an offset to cut into as well as describing the tool, the levels, the access control. But you're all familiar with. From this, we can then go and see a tool path again inside the simulation to verify it is exactly what we need. As we bring this through to the machine, we can see priority, which we know everything. A further multi axis technology inside SOLID CAM It's swarth machining. In swath machining we use the side of the cutter rather than the end. We can define this by again picking a surface we want to work on and add additional information if needed. Picking the tool in this case an end mill. And then as you aware, picking the technology for the levels. Step over, step down an axis control the stem gets brought through into the simulation. Let's do one nice sweep to clear this up. Another great tool with inside solid comes multi axis is five axis edge breaking. This gives you a great set of tools to make sure your parts are finished perfectly. In this case I've selected a series of edges, but you could also pick these automatically if that's what you desire. From there we can assign a tool, be a ball nose an end mill or even more assign how deep we want the edge break to be, and then to go and simulate it from there. You can see in this case is automatically created a five axis tool path. But this could be locked to 3 or 4 axes if needed or required. With this all being said, we've seen some great tool paths inside SOLIDCAM, the simultaneous five axis can have great control as well as automation where required, making sure that we can machine what we need to machine. So if we have all that being said, thank you for watching and see you soon.