Two-Stage Tilted Conveyor Assembly

Generate a parametric 3D assembly of a two-stage material handling conveyor system using solid structural primitives. 1. Tail Section: Create a horizontal rectangular box frame measuring 3000mm in length, 900mm in width, and 150mm in height. Position this part flat along the XY plane starting at the coordinate origin (0, 0, 0). 2. Boom Section: Create a secondary rectangular box frame measuring 10000mm in length, 900mm in width, and 150mm in height. Connect the entry face of this 10000mm section directly to the discharge face of the 3000mm section at the coordinate junction (3000, 450, 75) using a transverse cylindrical joint pin. Apply a fixed upward inclination tilt angle of 10 degrees to this 10000mm boom section. 3. Central Support Chassis: Beneath the assembly at X = 6000mm, create a horizontal base plate measuring 1200mm in length, 900mm in width, and 50mm in thickness to serve as a wheel axle carriage. Attach four identical solid cylinders measuring 150mm in diameter and 150mm in width underneath the four corners of this base plate to represent industrial caster wheels. 4. Vertical Lift Actuator: Position a solid vertical cylinder with a diameter of 75mm and a length of 500mm centrally between the lower wheel base plate and the underside of the 10000mm inclined boom frame to represent a mechanical screw jack lift column. All frame components must be modeled as separate, clean boundary representation solids with a uniform outer shell thickness of 5mm. Output a single, unified STEP file model assembly.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.