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Mechanical Gripper mechanism in Solidworks
Amit Mourya
in
Assemblies
10
0
Beginner
Our facebook Page : https://www.facebook.com/EngineeringExplanation Our website : www.engineerknow.com FREE COURSE LINK SOLIDWORKS BEGINNER TO ADVANCE : https://youtu.be/iYYHmvnlSQo Solidworks ANIMATION and MOTION ANALYSIS udemy course link : https://www.udemy.com/course/solidworks-animation-and-motion-analysis/?referralCode=8F40E7F83856CFF0C5FE [if you need discount coupon message me on my facebook page] our new Youtube channel : Engineerknow : [ for understanding how the machine works and other engineering thing] https://www.youtube.com/channel/UCU5LqyPgX7E8ri4G8ag9xZQ Mechanical Coder : [Coding in Python for mechanical engineers] https://www.youtube.com/channel/UC__7TWjURc7KnChqoQrAYoQ for INDIAN ONLY : https://www.youtube.com/channel/UCDws0ifI1mdQHgJWUSBzrOA
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How to make a Teddy Bear toy in solidworks: solidworks tutorial in hindi for beginner
Vinit Shrimali
in
Modeling
2
1
Beginner
#solidworks #solidworks2018 #solidworksmodelling #solidworks3d Hello Everyone- Here we are, again with a new interesting video. In this video you will know about Boundary Boss/Base, loft base, extrude cut, extrude boss, power surfacing, combine, swept boss feature of solid works software.You will also find How Follow us on- Website: Evlantus.wordpress.com Instagam: https://www.instagram.com/evlantus/ Grabcad: https://grabcad.com/vinit.shrimali-1 Softwares used: OBS Filmora Solidworks 2018 System configuration: 8GB Ram I5 8 gen processor 4GB Nvidia 940 MX graphic card
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Toy Car | Solidworks Design Hub
pankaj sharma
in
Modeling
1
0
Intermediate
IN THIS VIDEO WE ARE GOING TO CREATE A TOY CAR MODEL IN SOLIDWORKS.
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Mini car model in solidworks
Hamza Siddique
in
Modeling
1
0
Intermediate
Mini car model in solidworks using basic commands.
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8 Ball
Mohamed Gamal
in
Modeling
0
0
Beginner
8 Ball https://youtu.be/_8VMCDjyiLE
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Caged Soccer Ball
Utkarsh Dwivedi
in
Modeling
0
0
Intermediate
The CAD model of the caged soccer ball is a meticulous creation inspired by the geometric elegance of the Icosahedron. The initial design consists of two shapes: pentagon and hexagon, oriented at a precise angle of 142.62 degrees, connected by planes. To achieve the desired symmetry, each face on the two base axes (pentagon and hexagon) was individually rotated, creating a harmonious arrangement. The rotation occurred around axes passing through both shapes simultaneously.
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