First model was build using 2 bearings on top and one at the bottom, but it was found out that 2 at top and 2 at bottom makes the rig more rigid. The frame rails are used as guides, so next up using some U-shaped profiles and V-groove bearings were used to create sleds. The longer rails are easy to set at 45 degree angle when the Y-axis cross rail has been cut to length. And using some 10 mm threaded rod the rails were joined to the metal L-frames. And the frame rails were attached together using some L-shaped 4 mm thick metal reinforcements from a hardware shop that had a symmetrical holes cut to it. Final dimensions of the frame were 670x1000 mm. The frame was built using general furniture square steel with dimensions of 40x40x1.5 mm. parallel X-axis movement for more rigid setup.new parts made with plasmacutter such as Z-axis sled.new cables and cable chains to the stepper motors.THC, torch height controller to compensate cutting height on the go.legs and support system to hold up the cutter up at 70cm.What still is under construction or what will be done in the future: The plan was to have everything together so that the machine is ready to be demonstrated at the mechatronic circus, and all the sketchy looking parts can be redesigned and cut with the cutter when there is more time. Other parts can be made again if some problems occur. The most expensive part of the build is the plasma cutter itself, because it's the most critical part in my opinion. Project is done with minimal budget so that the most of the parts used in the project were found laying around for free. The machine should be built to last in own personal use and it should be able to cut parts that have dimensions of 350 x 850 mm. Goal of this project is to have working CNC Plasma cutter that can cut metals at least up to 10 mm thickness.