Kinetic Mechanism Concept Design

I’m developing a new kinetic system intended for a manufacturing environment and need a fresh, well-engineered concept that I can carry straight into prototyping and, ultimately, production. Your task is to interpret the functional goals I share, translate them into a robust motion mechanism, and supply all the documentation that shows how it works and why it will hold up on the factory floor.

Here’s what I’ll be looking for:
• A clear, step-by-step explanation of the motion sequence, including any cam, linkage, or gear interactions that drive it
• 2D sketches or 3D CAD layouts that illustrate component relationships and spatial constraints
• Basic calculations or simulations that justify key parameters (torque, speed, duty cycle, fatigue life)
• Recommendations on readily available materials and off-the-shelf parts to keep manufacturing costs in check
• A concise risk/mitigation note so I know you’ve thought through tolerance stack-ups, wear points, and safety factors

Acceptance criteria:
1. The mechanism must deliver continuous, repeatable motion suitable for high-volume manufacturing.
2. All parts and tolerances must be achievable with standard CNC, laser-cut, or injection-molded processes.
3. Your design package must be self-contained and understandable by a third-party fabricator without extra explanation.

When you respond, attach a detailed project proposal that outlines your approach, milestones, and the specific analysis or software you intend to use (SolidWorks, Fusion 360, Inventor, MATLAB, etc.). The more precise you are, the faster we can move to selection and kick-off.