Solidworks print to scale6/24/2023 20 x 12 = Scale Factor 240īe sure to check out our article, Converting Between Drawing Scales, if you need to manually change the scale of a drawing or object. To convert an engineering drawing scale to a scale factor: Invert the fraction and multiply by 12. As always, be neat and professional: arrange and center the views, choosing the scale, sheet size or even multiple sheets so as to avoid overcrowding or excess.To convert an architectural drawing scale to a scale factor: Said a different way by Autodesk, "You can change the view scale of the viewport by using the XP option of the ZOOM command when model space is accessed from within a layout viewport." Calculating Scale Factor Choose the Scale Factor and other options as desired (for best. Select all of the solid bodies in the part to be scaled note you may need to access the Feature Manager and expand the Solid Bodies folder to select the bodies. For instance, you would be in paper space on a sheet, then you would enter model space within the viewport, then you would type Z or Zoom and enter 96xp to scale the drawing to 1/8" = 1'-0" in paper space. Access the Scale feature ( Insert > Features > Scale ). The suffix is AutoCAD nomenclature for changing the scale within a viewport. You will notice that the Viewport Scale in the charts below indicate a scale with the suffix XP. However, since these drawings get placed on sheets of paper that are much smaller, a scale factor is required so that the final drawing has a usable conversion factor. For instance, when drawing a door in CAD, the door would be 3 feet wide and 7 feet tall. The Scale feature quickly applies a uniform scale to fully developed solid bodies regardless of how they were constructed.For simplicity and clarity, CAD users draw buildings at full scale. It works because Solidworks prints at the center extents by making a sketch that has a known center, you can dictate where it prints. Overall, the Design Table offers more specific control over what is scaled and by how much. Make a sketch with a circle centered on the area you want to print to scale that is larger that the entire part/assembly. Now, if I change the part configuration to the new SCALE configuration and select the sketch that initially showed as a “10” dim, it will show as 20. A message appears for the new configuration. Now, I’ll add a new configuration by typing in a new configuration name and adding a scale equation (= dim * 2), doubling the overall size in the new configuration with it propagated to all dims in the model. As the Excel window opens, I’m prompted to select items since the last edit, select OK, and the table is in full view inside Excel. Otherwise, uses the selected paper size and orientation. If the paper size and orientation are stored with the drawing, uses them. Use paper size and orientation stored in drawing if available. In the left pane, click Paper Size and Orientation. Hello, I can print in 100 scale on my own printer from the Solidworks program which is great for paper size or less parts 8.5'x11'. I’ll edit the Design Table using Excel outside the user interface by selecting the Configuration Tab, expanding Tables, and right-clicking on the Design Table. To display this page: Expand the Tasks node and click Print. I’ll leave all the default settings and Auto-create there will be a popup to select what dimensions I’d like to include in the design table. Now, I will take advantage of the Auto Design Table functionality within SOLIDWORKS from the dropdown selection above (Insert > Tables > Design Table). While this may be acceptable in some circumstances, it’s not parametric and does not update dimensions within the previous features. The Scale feature scales only the geometry of the model. The geometry of the model increases or decreases in size according to the scaling factors and other options you set. The scale feature takes an existing body and scales it up or down as required. To scale a solid or surface model: In a part document, click Scale (Features toolbar) or Insert > Features > Scale. In this example, I have chosen to scale about the centroid, uniformly by two (double), notice the unchanged dimension (10). Use the Scale Tool from the mold tools tab (or Insert > Molds > Scale). Via a Design Table (Insert > Tables > Design Table)įirst, a look at the part with no scaling:.In this guide, we cover both methods of scaling a part in SOLIDWORKS and visualize the differences. The minimum wall thickness for stereolithography (SLA) 3D printing is 0.6 mm, for selective laser sintering (SLS) 3D printers it is 0.8 mm, and a good minimum. A Design Table can also be used to keep it all parametric and may be a better option. Scaling can be done at any point in the tree but may negatively affect downstream features and sketches and doesn’t change the upstream features and sketches, so the sooner the better. From time to time, SOLIDWORKS users may need to apply a scale to a part.
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