Tutorials

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Split Core-Cavity and Add Interlock

langgeng wahyu hidayat
in Assemblies
4 1 Beginner
- After draw Starfruit Basin model ( see at https://www.youtube.com/watch?v=nqTg08YkGnA&t=47s ), we will try to create core cavity for this mold. - Use polypropylene plastic with 2% shrinkage to added in this product. - After split core cavity, we need add revolve surface to split cavity for interlock. - Add frre space at 1mm for outer mold as gap.
SOLIDWORKS surface basin split interlock mold cavity core

Extracting Outer Surface Area Parameter for the Drawing | Creo Parametric

Kulbir Sandhu
in Assemblies
1 0 Intermediate
In the design process, when outer surface area is required for coating treatment for set of assembly parts, SHRINKWRAP technique can be useful as described in this video.
PTC Creo Parametric design structure technique modelling creo drawing coat parameter area surface outer shrinkwrap

CATIA V5 - Surface machining basics

3D Comparison
in NC Machining
0 0 Beginner
Within this video we will design a simple part and them proceeding to the manufacturing simulation using surface machining in CATIA v5. CATIA V5 Surface Machining workbench is a software application that helps engineers and machinists to create tool paths for 3D surface machining. It is a part of the CATIA V5 software suite, which is a comprehensive CAD/CAM/CAE software system. The CATIA V5 Surface Machining workbench provides a wide range of features for creating tool paths, including: Roughing and finishing operations * 2.5-axis and 3-axis machining * Multi-axis machining * Tool path optimization * Tool path verification * NC code generation * Shop floor documentation The CATIA V5 Surface Machining workbench is used by a wide range of industries, including: aerospace, automotive, mold and die making, medical devices, general manufacturing The workbench is also used by educational institutions to teach students about the principles of surface machining. Here are some of the benefits of using CATIA V5 Surface Machining workbench: It can help to reduce the time and cost of manufacturing parts. It can improve the quality of the finished parts. It can help to ensure that the parts are machined according to the design specifications. It can help to prevent errors and mistakes during the machining process. It can provide a complete documentation of the machining process. If you are an engineer or machinist who needs to create tool paths for 3D surface machining, then the CATIA V5 Surface Machining workbench is a valuable tool. It can help you to improve the efficiency and accuracy of your machining processes. Video section Introduction 00:00 Design Part 00:25 Stock design 08:20 Surface machining 12:00 Roughening 17:10 ZLevel Finishing 26:15 Spiral milling 31:50 Subscribe 36:50 Outro 37:05
milling spiral zlevel simple catia v5 machining surface
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