I enjoy the freedom to research, experiment, and adopt multiple roles to create products that make a positive impact on people’s lives..
Prototyping work was publicly dislosed on 2024 June 25. US Patent Pending related content
https://www.youtube.com/watch?v=ORvvG7E4P3k
https://www.youtube.com/watch?v=ORvvG7E4P3k
Early Design Exploration (2023)
Earlier embodiment. Old 3D-printed bike saddle padding design featuring a seamlessly integrated,
smooth central cutout without sharp edges.
Strut-based lattice saddle design variant generated with Carbon Design Engine.
3d printed padding with invisible edges within central cutout area. Prior art design.
Earlier embodiment. Old 3D-printed bike saddle padding design featuring a seamlessly integrated,
smooth central cutout without sharp edges.
Strut-based lattice saddle design variant generated with Carbon Design Engine.
3d printed padding with invisible edges within central cutout area. Prior art design.
Below: Lattice Padding Design Variants
Modeled in Blender, generated with HyDesign, and 3D printed (vat photopolymerization) using a standard consumer grade MSLA resin printer.
Modeled in Blender, generated with HyDesign, and 3D printed (vat photopolymerization) using a standard consumer grade MSLA resin printer.
Materials used:
– Functional elastomeric resins: Forward AM Ultracur3D® EL 150 (Elastic Clear)
– Rapid flexible materials: Liqcreate Premium Flex
– Standard rapid resins: Siraya Tech Fast
– Functional elastomeric resins: Forward AM Ultracur3D® EL 150 (Elastic Clear)
– Rapid flexible materials: Liqcreate Premium Flex
– Standard rapid resins: Siraya Tech Fast
Old design work. Disclosed in Behance in 2023. First 3d printed bike saddle prototype with strut based lattice structure padding, showcasing a smooth seamless cutout integration without sharp edges.
