SolidWorks referred to as (SW) is a new generation of Dassault introduced for the electrical industry design of mechanical 3D design tools. SolidWorks Chinese version of the use of a new parallel and serial product development environment and *** enjoy the 3DCAD model, and is widely used in the design of parts, the design of machinery and equipment, medical equipment, automotive, aerospace and other industries; SolidWorks can meet the user directly add a variety of auxiliary plug-ins, connected to a variety of NC programming software and directly print the model to use. Industry; SolidWorks can meet the user directly in the software to add a variety of auxiliary plug-ins, connect a variety of NC programming software and directly print the model of the use of demand. About the power of solidworks, in fact, I believe that many partners also have a certain understanding, but for the mastery of the software as well as the use of the software, may be a lot of partners are still scratching their heads! It doesn't matter, if you want to learn how to use solidworks, you've come to the right place. A wealth of solidworks boutique video courses, take you one by one to break through the software basic to advanced operation
solidworks popular video tutorials recommended:
Software: Solidworks Mechanical Design introductory to master course
Interior Design: Solidworks engineering design to explain the chapter tutorials
Interior Design: Solidworks engineering design to explain the chapter tutorials
Introduction to software: the use of Solidworks measurement tools
SolidWorks example of teaching: remote control battery back cover detailed modeling step by step
I have read a lot of SolidWorks modeling on the Internet about the remote control, and from this I found a point, that is, there is no case of the protection of the battery compartment of the remote control back cover, so the Today, I will try to do one myself, of course, this is only one of the specifications, the whole example of the steps are a little long, take your time to look at the ha~
Step 1: Click on the camber to stretch, select the front view datum, sketch as shown in the figure
Step 2, stretch the thin wall, select the symmetry of the two sides, the depth of 32. to activate the thin-wall feature, unidirectional 1.7mm.
Step 3, click the camber to Stretch and select the front of the thin wall as the datum surface to sketch. Sketch as shown:
Step 4: Perform the stretch, given a depth of 1mm.
Step 5: Click on the excision stretch, select the front of the tab stretch 1 as the datum, and sketch with a converted entity reference as shown:
Step 6: Perform the stretch excision, completely through, to remove the excess.
Step 7: Click the Mirror command, select the front-view datum, and for the feature, select Bump Stretch 1.
Step 8, click the 3D Sketch command, select Convert Entity References, and reference all of the outermost edges, and then exit the 3D sketch.
Step 9, create a new datum, select the arc for the first reference and the arc vertex for the second reference.
Step 10, sketch on datum 1 as shown.
Step 11, click Scan Removal, select the rectangular sketch drawn in the previous step for the scan outline, select the 3D sketch for the scan path, and select Tangent to Path for the option.
Step 12, select the excision stretch, select the top as the datum, draw the sketch as shown in the figure, stretch the given depth of 0.1mm.
Step 13, click the camber stretch, select the front-view datum, draw the sketch as shown in the figure, stretch the selection of the two sides of the symmetry, the depth of 5.5mm.
Step 14, click the bar command, select the front-view datum, draw the line segment as shown in the figure, select both sides symmetric, depth 0.5mm, here you need to pay attention to the direction of the generation of the tendon.
Step 15, click the Linear Array command, select the lower edge line as direction 1, the array distance is 2.5, the number of 2, select the upper edge line as direction 2, the array distance is also 2.5, the number of 2.
Step 16, click the sketch, select the lower surface as the datum, draw the line segment.
Step 17, create a new datum surface 2, select the line segment from the previous step for the first reference and the endpoint of the line segment for the second reference.
Step 18, draw the circle on datum plane 2 as shown, and then exit the sketch.
Step 19, click Scan Removal, the outline selects the sketched circle from the previous step, and the scan path selects the line segment.
Step 20, click Mirror, select Front View Datum, and select Excision Scan for Features from the previous step.
Step 21, click Sketch to draw a geometric construction line, then use the Text function of the Sketch tool to enter text, then adjust the text position and exit the sketch.
Step 22, click the Wrap command, select the effect of relief, sketch select the text sketch from the previous step, select the bottom surface, the depth of 0.1, pay attention to the direction up.
Step 23, select the chamfer and rounding commands respectively, and do the necessary chamfering and rounding of the edges.
That's it, the perfect completion of the modeling
So, today's "SolidWorks Instructional Examples: Remote Control Battery Back Cover Detailed Modeling Step by Step Diagrams" will be shared here to the end! We must learn to see more, practice more, think more, learn more, I hope we can all learn solidworks soon! Here, but also to provide you with more courses to learn, click the link: