Project Description We are looking for a 3D designer to create a kids furniture drawer handle in the shape of a cute cat (black & white) for 3D printing and future commercial sales We need two product types: Knob (single screw) Handle / pull bar (two screws) – 96 mm and 128 mm hole distance versions Optional but preferred: photorealistic product renders. Product Variants Variant A – Knob Diameter: 38 mm Depth: 23 mm Mounting: M3 screw hole (not through H15mm) Flat back surface Variant B – Handle (handle arc, bracket) Hole to hole: 96 mm Total length: 110 mm Height: 32 mm Mounting: 2 × M3 screw holes (not through H15mm) Additional version: Hole to hole: 128 mm Design Requirements Character: Cat face Colors: Black & White only Style: Cute, minimal, kids-friendly Rounded shapes, no sharp edges Front face: eyes, small nose, simple smile, whiskers Handle version: cat head in center + short rounded “arms” as grip Safety Requirements All edges rounded (radius ≥ 1.5 mm) Wall thickness ≥ 2.4 mm No sharp corners Suitable for children furniture Technical Requirements File formats: STEP + STL CAD based modeling (Fusion 360 / SolidWorks / similar preferred) Separate bodies for black & white parts (for dual-color printing) Watertight/manifold geometry Optimized for printing without supports Flat back surface or bottom Printer: Bambu Lab P1S Material: PLA/PETG Deliverables Knob 3D model Handle 96 mm model Handle 128 mm model STEP + STL files Model screenshots (front / side / back) Optional – Product Renders If you can also provide renders: 3–5 images per product Resolution: 2000×2000 px or higher 1 image on pure white background 1–2 lifestyle images (kids room / furniture) Please quote rendering price separately. Commercial Rights Full commercial rights must be transferred to the client. In Your Proposal Please Include Price for 3D modeling Price for renders (if available) Delivery time Software you use Examples of similar work The image is AI generated, so it is not a standard, you can change it a little Model must be ready for 3D printing (no supports preferred).