A project to practice using solidworks HSMXpress CAM software. Will make the distance pieces on the lathe at work to finish it off š I really need to give anodizing a crack now
A project to practice using solidworks HSMXpress CAM software. Will make the distance pieces on the lathe at work to finish it off š I really need to give anodizing a crack now source
Video tutorial creado para comprender la programación con cuarto eje rotativo para Router CNC usando Vectric Aspire.
SI QUIERES APOYAR EL CANAL PUEDES HACER TUS DONATIVOS AQUĆ: https://www.paypal.com/donate/?hosted_button_id=JQJWCM6V3M4SJ Descarga archivo STL https://mega.nz/file/jVZEAITT#JZfGlcRrogkZN94NhLjIEg4jri6USXCEJKSVlfXLe9A
Video tutorial creado para comprender la programación con cuarto eje rotativo para Router CNC usando Vectric Aspire. SI QUIERES APOYAR EL CANAL PUEDES HACER TUS DONATIVOS AQUĆ: https://www.paypal.com/donate/?hosted_button_id=JQJWCM6V3M4SJ Descarga archivo STL https://mega.nz/file/jVZEAITT#JZfGlcRrogkZN94NhLjIEg4jri6USXCEJKSVlfXLe9A source
I installed a THC system on my CNC plasma cutter. I tried many time without success to configure it to cut metal art on thin sheet metals (0.8mm and 0.5mm thick). The THC system only work for some thick sheet metals (1.5mm or above). For the thin sheets that I was using, The Z axis kept crushing into the sheet then lifted too high and ran away from the sheet metal.
I decided to give up on the THC and made my own mechanical THC. The setup that I designed can be adapted to any torch, CNC plasma system (Mach3, GRBL, etc…) and 100% success rate. You won’t need to do any wiring to your CNC controller or changes to your plasma cutter. You will only need to make your Z axis free floating by removing the limit switch (if you had one). The tip of the torch will be maintained at constant height while gliding and cutting on the surface of the sheet metal. The free floating Z axis will allow the torch to follow any type of changes on the surface of the sheets. The mechanical shield will constantly press on the cutting surface by weight.
The whole mechanical THC setup was easy to make using my CNC milling machine. You can adapt the setup to your own CNC plasma cutter by changing the inner diameter of the fixture ring to the diameter of your torch.
In the end, the system showed a great success with a really thin sheet metal (0.5mm). Despise all the warping, the metal art was cut beautifully and clean.
#CNCPlasma #THC #TorchHeightController #DIYCNCMill #3018CNC #Fusion360 #Mach3 #Tutorials Here the link to my design of the mechanical torch height controller (THC): https://grabcad.com/library/mechanical-torch-height-controller-for-cnc-plasma-cutter-1 I installed a THC system on my CNC plasma cutter. I tried many time without success to configure it to cut metal art on thin sheet metals (0.8mm and 0.5mm thick). The THC system only work for some
This is an annotated version of my previously released video, “Zenbot 1624 CNC Router Review and Discussion”. This new version replaces the original. With the previous video, I planned to add annotations using Youtube’s annotation feature, but then discovered that Youtube annotations don’t display on most mobile devices. Because of this, I decided to do a revised version of the video, with annotations providing supplemental information edited in at my end.
Per the previous video’s description, I discuss my experience becoming acquainted with CNC technology by way of my Zenbot. I provide some pointers based on my limited experience with CNC, and discuss how I employ the machine in my small business, Rubbergunner Rubber Band Guns.
This is an annotated version of my previously released video, “Zenbot 1624 CNC Router Review and Discussion”. This new version replaces the original. With the previous video, I planned to add annotations using Youtube’s annotation feature, but then discovered that Youtube annotations don’t display on most mobile devices. Because of this, I decided to do a revised version of the