3D Model
LiftSafe VR: Immersive Forklift Training
the 3D construction site environment allows trainees to practice hazard identification, operational procedures, and safety compliance in a controlled, measurable setting. The platform enhances engagement, reduces training costs, and...
3D Model
FEM Analysis of a forklift
FEM stress strain analysis on a forklift done in SolidWorks 2015.
Job
DESIGN FORKLIFT ROOF PANEL INSTALLATION FRAME
We require a Forklift Attachment for a 2.5T Forklift to handle 150mm EPS Roof Panels onto top of 3m Buildings during construction. The attached sketches depict what we require. The Frame is to carry up
3D Model
Modular steel pallet cage
durability and stackability, the structure includes a reinforced base with integrated fork pockets for easy transport using forklifts or pallet jacks. The upright posts are detachable, allowing for compact storage
3D Model
linear-lift-conveyor-asm
Fork Lift to transfer product in linear pathway
3D Model
Bicycle Disk Brake Adaptor
Customer had a bicycle fork designed that needed a disk brake mount. Project was to add a disk brake mount that matched the industrial design of their family of products that also mechanically fit onto
3D Model
Diablo style handlebars
Customized fit for 4" center mount to springer fork design
3D Model
kunckle-joint
A knuckle joint can be modeled by designing the fork, eye, and pin as separate parts and then assembling them. The fork is usually created with two parallel arms, while the eye is a single lug with a hole
3D Model
Knuckle Joint – 2D Section View & 3D Solid Model | AutoCAD 2024
Millimeters (mm) Key dimensions: Ø25mm rods, 28mm SQ fork, 38mm total width 3D Model includes: Assembled knuckle joint solid model Individual components: fork end, eye end, knuckle pin, collar & cotter pin Created
3D Model
the-classic-bicycle
design is likely intended for urban or casual riding rather than competitive cycling. 3. Fork and Rear Triangle: The fork and rear triangle feature a distinctive angular design with golden-colored accents.