I'm seeking a skilled 3D modeler to create a design for a collapsible cutting board intended for professional kitchen use. Requirements: - The cutting board must be made from durable plastic. - It should be easy to collapse and expand, ensuring convenience in a busy kitchen environment. - Space-efficient design is essential, but additional features can be proposed. Ideal Skills and Experience: - Proficiency in 3D modeling software (e.g., Rhino, SolidWorks, Blender). - Experience with kitchen tools and an understanding of professional kitchen needs. - Strong design skills with a focus on functionality and space-saving solutions. - Ability to provide high-quality, detailed 3D models ready for production. Additional description: Dimensions Total size: 18 in × 12 in × 0.5 in (457 mm × 305 mm × 12.7 mm). Divide into three panels, each 6 in × 12 in (152 mm × 305 mm). All panels must fit within a 12 × 9 in (305 × 228 mm) print bed. Playing Surface Engrave a 19 × 19 Go grid. Line width: 1 mm, depth: 0.5 mm. Include a 1 in (25.4 mm) smooth border on all sides. Ensure engravings are crisp and clean for a 0.4 mm nozzle. Panels must align perfectly when unfolded to maintain grid accuracy. Hinges & Alignment Connect the three panels with print-in-place hinges or pin-and-slot connectors. Allow 0.2–0.3 mm tolerance for smooth folding and alignment. Hinges should enable the board to fold flat and unfold seamlessly. All connectors must be fully printable in PLA without external hardware. Magnet Holes (Closure) Integrate 4 cylindrical holes for small magnets (for closure when folded). Hole size: 5 mm diameter × 3 mm depth. Position: two holes on each outer panel, near the folding edges so magnets align when folded. Slightly undersize holes (~0.1 mm) for a press-fit installation. Magnets should sit flush with the surface and not protrude. Locking Mechanism Add snap-fit latches or clip features along the edges between panels to hold them stable when opened. Latches should be simple, durable, and allow repeated folding and unfolding. No extra hardware should be required for the locking mechanism.