Plastic-Metal Composites: Difference between revisions
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In the OSE context, the addition of metal to plastic 3D printed parts. Such as screws and bolts, steel rods for 3D printed tracks, plastic vices with metal jaws, etc. | In the OSE context, the addition of metal to plastic 3D printed parts. Such as screws and bolts, steel rods for 3D printed tracks, plastic vices with metal jaws, etc. Includes rebar-reinforced plastic substitute for reinforced concrete and reinforced concrete pipe. | ||
In the OSE context- a 3D printed ball bearing holder with metal balls can be considered a metal-plastic composite structure. | In the OSE context- a 3D printed ball bearing holder with metal balls can be considered a metal-plastic composite structure. | ||
Complex machines can be built with such composites, such as https://github.com/MillenniumMachines/Milo-v1.5 | |||
[[Category: Composite Materials]] | [[Category: Composite Materials]] | ||
Latest revision as of 03:21, 30 August 2025
In the OSE context, the addition of metal to plastic 3D printed parts. Such as screws and bolts, steel rods for 3D printed tracks, plastic vices with metal jaws, etc. Includes rebar-reinforced plastic substitute for reinforced concrete and reinforced concrete pipe.
In the OSE context- a 3D printed ball bearing holder with metal balls can be considered a metal-plastic composite structure.
Complex machines can be built with such composites, such as https://github.com/MillenniumMachines/Milo-v1.5