3D Model knuckle joint
applications. In SolidWorks, it is designed using Extrude, Revolve, and Assembly features to create the fork, eye, and knuckle pin, with motion analysis to test flexibility and load capacity. Typically made
3D Model bike
rider comfort - Realistic drivetrain components including crankset, pedals, and chain - Detailed front fork and steering assembly for accurate simulation and analysis Ideal for mechanical design validation
Contest Poop Scooper
I want a pitch fork for scooping waste and a bucket for containment. It is crucial that both components are constructed without any sharp edges to ensure safety and user-friendliness. To guide the
Contest Sports Timing Transponder
hermetically sealed product. The transponder will need to worn by runners, attached to bicycle forks, attached onto ankle straps, etc. An approach we would like to take with the design is to allow for
3D Model American chopper
TRANSMISSION BELT AND CHAIN • CHASSIS • ENGINE • PEDAL • KICKSTAND • FUEL TANK • OIL TANK • FRONT FORK • FRONT WHEEL • FRONT FENDER • REAR WHEEL • REAR FENDER These components designed separately in different
Designer surenders1
Mechanical Designer Engineer Professional with Nx 20 Years Experience
projects –  High productivity of paper cutlery (spoon, fork, knife).  The first machine manufactured in India.  Design and development of spoon, fork, knife, paper plate, bowl etc dies.  Programing of
AutoCAD BOM CAD Design CAD/CAM CAM Design Engineer Equipment Design Machining Material Selection Mechanical Engineer Prototyping Reverse Engineering
3D Model Triple Tree Design
Triple Tree Design for Motorcycle to house USD forks
3D Model Turn buckle
Turn the center long nut body, clockwise or anticlockwise, the both forks will move inside and outside
3D Model screenshot-2021-07-09-23-51-09-30-cdd6b75f7010e559fcf0928143af0929
[1] The knuckle joint assembly consists of the following major components: Single eye. Double eye or fork Knuckle pin. At one end of the rod the a single eye is formed and a double eye is formed at the other
3D Model Universal Joint
projects. The model accurately reflects the functional components of a universal joint, including the fork, shat,bush and pins. This attention to detail ensures that it can be used for educational purposes