Enroll for Free. This Course Video Transcript. From the lesson CAD Admininstration Cloud collaboration has made working together simultaneous and immediate. Download, archive and restore a Fusion project file IHS Springback in : Use this value to add additional cutting height to your plasma torch when cutting on thin gauge sheet metal to account for the force of the IHS switch.
The IHS switch applies approximately 2lbs of force to your material when detecting the plate height and this springback value can compensate for the deflection. If you are using a CrossFire without a powered z-axis, set this value to No. Pierce Delay sec : The pierce delay value is the amount of time that the torch remains stationary after firing in order to fully pierce the material before moving down to the Cut Height.
The pierce delay is dependent on your plasma cutter and the thickness of material being cut. Please consult your plasma cutter documentation for appropriate pierce delay settings for your cutter. Pierce Height in : The pierce height is the height above the plate that is used for the initial piercing process. The pierce height should be larger than the Cut Height and is typically about twice the value of the cutting height.
Retract Height in : The retract height is the height above the plate that the torch retracts up to after finishing each cutting loop before rapid moving to the next cutting loop. This retraction is key for avoiding tip ups and warped material when moving the torch to the next cutting location on the material.
Please make sure that your selected retract height does not exceed the Z-axis travel limits of your machine. JavaScript 34 min ago 0. Arduino 56 min ago 0. Arduino 57 min ago 0. Arduino 58 min ago 0. Arduino 59 min ago 0.
I have had success with software like Affinity Designer and Gravit Designer which is free and both are working iOS versions but lack some of the details that make working with machines easier. We always need to do a couple steps in Illustrator, Inkscape, or Corel Draw before sending drawings to a laser cutter. Aprevious tutorial demonstrated how to convert relatively simple STL files into solid bodies.
An STL file consists of a bunch of triangular surfaces joined together to create an object. An STL file is simply a complex surface consisting of two-dimensional triangles. This process becomes more and more difficult as the number of triangles in the STL increases. So, for the purposes of this tutorial, a complex STL is one that Fusion fails to convert using the Mesh to Brep tool, at least not without requiring modifications to the STL first.
The procedure below will allow you to convert a complex STL into a body that can be edited in Fusion using your normal editing tools in the Model workspace. First of all, the STL file will need to be imported into Fusion Otherwise, in the upper-left corner of the Fusion window, click the Upload button. Then, click the Select files button and navigate to the STL you wish to import.
After selecting the STL file you want to convert, click the Upload button, this time the one in the lower-right corner of the file upload window. Then, the STL file you selected will be imported into Fusion The process can take a few minutes.
Therefore, in order to allow the tools in Fusion to convert the STL to a solid body, we need to reduce the complexity of the mesh.
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