Demonstrate verifying roughing toolpath.Create a roughing toolpath utilizing the proper tool and step over for the most efficient time.Select the proper machine for the toolpath.Outcomes: Upon completion of this unit, the student will be able to successfully create an art toolpath using roughing, by selecting the proper tool and feeds and speeds. Edit the art functions, radius, height, and other dimensions with the art manager. Edit the art surface size using the art manager.Select the correct art function for “puffing up” the geometry.Outcomes: Upon completion of this unit, the student will be able to successfully create geometry and letters utilizing proper art functions to create a 3D image. Create a 3D image using the organic process.Outcomes: Upon completion of this unit, the student will be able to successfully perform operations in Mastercam Art using different photo formats and geometry. Instructors may add other material as time allows. The following outline defines the minimum core content not including the final examination period. Unit Outcomes for Criterion Based Evaluation: Upon completion of the course, the student will be able to create programs using Mastercam Art, which will run efficiently on CNC Mills and Routers. This course is designed to help the student increase their knowledge concerning the use of Mastercam to program complicated parts for machining and to make the most of the machining time. MTT3547 Advanced Computer Aided Manufacturing or instructor approval. Catalog Description: MTT3559 - Mastercam Art Toolpaths (3 hrs.)Īn advanced class using Mastercam Art and an introduction to the techniques as used in the machining industry of today which includes job planning, and tooling for production. This course is open to students on the college level in either the freshman or sophomore year and to area high school vocational students. MTT3559 MASTERCAM ART TOOLPATHS 3 Credit Hours Student Level: Science, Computer Technology, Engineering & Math (STEM).Human Services, Education, & Social Sciences.Run Verify Selected Operations in the Operations Manager to see the toolpath. Under Linking Parameters, Clearance should be set to 0.5, Retract should be 0.1, feed Plane should be 0.1, Top of stock should be O.0 and Depth should be -0.015. Under Lead In/Lead Out, Uncheck the Lead In/Out box as will not be using this feature.Ħ. Under Cut Parameters, Compensation Type should be off.ĥ. Change federate to 5.0 and Spindle Speed to 4000 then click OK.Ĥ. Choose the 1/32 Ball Endmill followed by click OK. To limit the list to a particular type of tool (ball end mills which will use for engraving), Click on Filter then select/de-select tool types so that only Endmill2 Sphere is highlighted. Click on Tool (below Toolpath Type) then click on Select Library Tool button. Toolpath Type should automatically be set to Contour.ģ. Click OK to bring up the 2D Toolpaths – Contour dialog box.Ģ. Select Window to choose your engraving elements, then click anywhere to establish an approximate start point (selection will change to yellow). Your image should now be on the screen.ġ. Rast2Vec window will popup no modification should be needed. Slide the Threshold slider in the Black White conversion dialog box until the image on right shows the desired amount of detail.ġ3. The Black White conversion window will open. Then, Click Yesġ1.Navigate to your saved image and click on it.ġ2. It many ask you of you want to keep current Geometry. This is a collection of add on file to mastercam.ġ0. Once it loads Press ALT-C or Run User Application (under Setting) a window will open called Chooks. Save your raster image to a location that you know.Ĩ. RIGHT CLICK on the image and select Save Image As…Ħ. Then navigate to the raw picture by clicking on the image.ĥ. When Using Google examine the images sizing information located under the image. bmp are the file extension currently supported by Mastercam.Ģ. Logos or images with sharp color changer work best, try to avoid pictures taken with a camera.jpg. Using the internet search for your desired Image. In this activity you will learn how to convert Raster images to Vector images that Mastercam can use.ġ. Raster images are made up of thousand of pixels of differing color, where vector images are image of line that use mathematical formulas to determine their shape. Mastercam is a vector software, where most images for the internet and other sources are Raster Images. This Worksheet walks you through how to import Raster images into Mastercam.
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