Machining Design Guidelines
📌 Drilling Guidelines
✅ Deep Holes
Deep, small diameter holes should be avoided as they are difficult to machine. Small diameter drills tend to wander and are prone to breaking. Chip removal also becomes difficult while drilling deep holes. Therefore it is recommended that the hole diameter to depth ratio should be less than 3.
Example👆
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📌 Drilling Guidelines
✅ Deep Holes
Deep, small diameter holes should be avoided as they are difficult to machine. Small diameter drills tend to wander and are prone to breaking. Chip removal also becomes difficult while drilling deep holes. Therefore it is recommended that the hole diameter to depth ratio should be less than 3.
Example👆
@SolidWorks2019
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1) MoldDesign
2) Sheet Metal Design
3) Mesh Tools
4) Tools Suite
5) Design for Mechatronics
6) Surfacing
7) Mastercam for SOLIDWORKS
8) Certified SOLIDWORKS Professional
9) SOLIDWORKS 2020 Essential
Training
#Links
#Tutorial_Videos
@Solidworks2019
SolidWorks pinned «〽️Quick access links toTutorial video posts👇👇 1) MoldDesign 2) Sheet Metal Design 3) Mesh Tools 4) Tools Suite 5) Design for Mechatronics 6) Surfacing 7) Mastercam for SOLIDWORKS 8) Certified SOLIDWORKS Professional 9) SOLIDWORKS 2020 Essential Training…»
Machining Design Guidelines
📌 Milling Guidelines
✅Narrow Regions in Pockets
It is recommended to avoid features that are too close to each other such that the gap between them is too narrow to allow milling cutter to pass through them. If narrow regions areunavoidable, then they should not be very deep.
The size of the milling cutter is constrained by the smallest distance between the faces of the feature.
Small diameter cutters are prone to breakage and chatter. Hence larger diameter, shorter cutters are generally preferred.
📌 Milling Guidelines
✅Narrow Regions in Pockets
It is recommended to avoid features that are too close to each other such that the gap between them is too narrow to allow milling cutter to pass through them. If narrow regions areunavoidable, then they should not be very deep.
The size of the milling cutter is constrained by the smallest distance between the faces of the feature.
Small diameter cutters are prone to breakage and chatter. Hence larger diameter, shorter cutters are generally preferred.
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SolidWorks Drawing Tutorial
✅ Sub: Custom Sheet Format
#Tutorial_Videos
#SolidProfessor
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✅ Sub: Custom Sheet Format
#Tutorial_Videos
#SolidProfessor
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Forwarded from A Ghiasvand
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SolidWorks Drawing Tutorial
✅ Sub: Custom Properties and Parametric Notes
#Tutorial_Videos
#SolidProfessor
@Solidworks2019
✅ Sub: Custom Properties and Parametric Notes
#Tutorial_Videos
#SolidProfessor
@Solidworks2019
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SolidWorks Drawing Tutorial
✅ Sub: Formatting Dimensions
#Tutorial_Videos
#SolidProfessor
@Solidworks2019
✅ Sub: Formatting Dimensions
#Tutorial_Videos
#SolidProfessor
@Solidworks2019
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Machining Design Guidelines
📌 Milling Guidelines
✅ Sharp Internal Corners
Rounded corners provides number of advantages such as less stress concentration on part and tool,few operational steps and reduced scrap rate.
Sharp inside corners cannot be produced by milling and require more expensive machining methodslike EDM. When designing a three-edged inside corner, one of the inside edges should be radiused. It is advised to avoid sharp corners and use fillets and radii.
Examples 👇✅❌
@Solidworks2019
📌 Milling Guidelines
✅ Sharp Internal Corners
Rounded corners provides number of advantages such as less stress concentration on part and tool,few operational steps and reduced scrap rate.
Sharp inside corners cannot be produced by milling and require more expensive machining methodslike EDM. When designing a three-edged inside corner, one of the inside edges should be radiused. It is advised to avoid sharp corners and use fillets and radii.
Examples 👇✅❌
@Solidworks2019
SolidWorks pinned «Machining Design Guidelines 📌 Milling Guidelines ✅ Sharp Internal Corners Rounded corners provides number of advantages such as less stress concentration on part and tool,few operational steps and reduced scrap rate. Sharp inside corners cannot be produced…»
related to Sharp Internal Corners post :
📌 If a sharp corner is required for mating clearance, then drilling a separate relief hole as shown below may serve the purpose.
#Tips
#milling
@Solidworks2019
📌 If a sharp corner is required for mating clearance, then drilling a separate relief hole as shown below may serve the purpose.
#Tips
#milling
@Solidworks2019
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SolidWorks Assembly (Mates) Tutorial
✅ Sub: Adding Mates
#Tutorial_Videos
#SolidProfessor
@Solidworks2019
✅ Sub: Adding Mates
#Tutorial_Videos
#SolidProfessor
@Solidworks2019