Curved Canine Prosthesis Concept 3D-Printable Model
A canine prosthesis with a tapered curved blade, ventilated socket and grooved foot pad. Strap slots and a lowered socket edge clarify the assembly. Generated by Kimi K3.1 Pro.
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A canine prosthesis concept combining a curved support blade, a ventilated socket, and a grooved foot pad.
Try 3D MakeDesign a canine prosthesis concept for display, proportioned for a 15–30 kg dog and about 198 mm tall. Taper the curved blade from 17 to 6.5 mm in thickness and from 34 to 20 mm in width. Use a roughly 68×60 mm socket, 63 mm deep, with a lowered front edge, ventilation holes, and four strap slots. Add a 60×34 mm foot pad with three grooves and 0.8 mm deep name engraving. Provide STL in millimeters, GLB in meters, and Chinese and English preview pages.
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Try 3D MakeDesign a canine prosthesis concept for display, proportioned for a 15–30 kg dog and about 198 mm tall. Taper the curved blade from 17 to 6.5 mm in thickness and from 34 to 20 mm in width. Use a roughly 68×60 mm socket, 63 mm deep, with a lowered front edge, ventilation holes, and four strap slots. Add a 60×34 mm foot pad with three grooves and 0.8 mm deep name engraving. Provide STL in millimeters, GLB in meters, and Chinese and English preview pages.
Design a canine prosthesis concept for display, proportioned for a 15–30 kg dog and about 198 mm tall. Taper the curved blade from 17 to 6.5 mm in thickness and from 34 to 20 mm in width. Use a roughly 68×60 mm socket, 63 mm deep, with a lowered front edge, ventilation holes, and four strap slots. Add a 60×34 mm foot pad with three grooves and 0.8 mm deep name engraving. Provide STL in millimeters, GLB in meters, and Chinese and English preview pages.



