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Descrição
Design & Geometry The scraper features a functional, two-part ergonomic design optimized for 3D printing:
The Handle: The grip utilizes a skeletal, truss-like structure with triangular cutouts. This is a classic engineering choice that reduces material usage (and print time) while maintaining high structural rigidity and preventing the handle from flexing under pressure.
The Blade: It has a wide, flat spade-like head that tapers to a sharp leading edge. The top surface of the blade features stepped transitions, which are a result of the 3D printing layer-by-layer process, providing a textured surface that may help with thumb grip during use.
Mounting Hole: The butt of the handle includes a rectangular slot, allowing the tool to be easily hung on a pegboard or attached to a lanyard. Manufacturing Details The visual characteristics strongly suggest this was produced using FDM (Fused Deposition Modeling) technology:
Print Orientation: Based on the surface texture, this was likely printed flat on its side. This orientation ensures that the layers run the length of the tool, significantly increasing the tensile strength of the handle and preventing the blade from snapping off along a layer line.
Material: The matte black finish is characteristic of Carbon Fiber PLA or PETG. These materials are popular for "tough" tools because they offer higher stiffness and heat resistance than standard PLA.
