Complete Steel Sheet Pick-Drop Automation Design
Budget: $30 – $250 USD
Hello All,
I need a conceptual machine design that automates the pick-and-drop movement of formed steel profile sheets between processing stations. The goal is simple: significantly raise our line’s productivity, so every decision—from mechanism selection to control strategy—must shorten cycle time without compromising reliability.
Only the unloading stages are in scope; internal transportation, sorting, or stacking will be handled elsewhere. The concept should show how each sheet is gripped, lifted, positioned, and released with repeatable accuracy. Vacuum cups, magnetic heads, or mechanical clamps are all fair game as long as they cope with oily surfaces and variable sheet sizes.
Deliverables
• Layout drawings (2D or 3D) that set the machine footprint against the existing line.
• A concise design brief detailing the working principle, cycle-time estimate, preliminary load calculations, and a concept-level bill of materials.
• Native CAD files in SolidWorks, Inventor, or a comparable platform, plus STEP/PDF exports for review.
• A short motion study or animation that illustrates one complete load/unload cycle.
Acceptance criteria
• Demonstrated cycle time that improves current manual handling by at least 20 %.
• Components sized for sheets up to 6 mm thick and 35 kg per piece.
• Clear paths for guarding and operator access that align with basic safety norms.
If you have a track record with gantry, robotic, or linear pick-and-place systems for metal fabrication, include a brief portfolio and outline your proposed timeline and milestones. I’m ready to move quickly once the right concept surfaces.
I need a conceptual machine design that automates the pick-and-drop movement of formed steel profile sheets between processing stations. The goal is simple: significantly raise our line’s productivity, so every decision—from mechanism selection to control strategy—must shorten cycle time without compromising reliability.
Only the unloading stages are in scope; internal transportation, sorting, or stacking will be handled elsewhere. The concept should show how each sheet is gripped, lifted, positioned, and released with repeatable accuracy. Vacuum cups, magnetic heads, or mechanical clamps are all fair game as long as they cope with oily surfaces and variable sheet sizes.
Deliverables
• Layout drawings (2D or 3D) that set the machine footprint against the existing line.
• A concise design brief detailing the working principle, cycle-time estimate, preliminary load calculations, and a concept-level bill of materials.
• Native CAD files in SolidWorks, Inventor, or a comparable platform, plus STEP/PDF exports for review.
• A short motion study or animation that illustrates one complete load/unload cycle.
Acceptance criteria
• Demonstrated cycle time that improves current manual handling by at least 20 %.
• Components sized for sheets up to 6 mm thick and 35 kg per piece.
• Clear paths for guarding and operator access that align with basic safety norms.
If you have a track record with gantry, robotic, or linear pick-and-place systems for metal fabrication, include a brief portfolio and outline your proposed timeline and milestones. I’m ready to move quickly once the right concept surfaces.