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MESHOPIAModelismo y radiocontrol

4 modelos publicados

Ciencia y naturaleza

Explora modelos 3D de Ciencia y naturaleza publicados en Meshopia. Consulta los archivos, la información de impresión disponible y la licencia de cada ficha.Abrir todos los filtros →
Vista de Prusa RC3.1 Shield modified for 12 inch plastic sheets

Prusa RC3.1 Shield modified for 12 inch plastic sheets

Prusa RC3.1 Shield modified for 12 inch plastic sheets Purpose This model is a modified version of the Prusa RC3.1 Shield. The design features stretched pins intended to utilize the full width for 12-inch plastic sheets and to wrap around the face more effectively. Practical Uses It is designed for use with 12-inch plastic sheets. Included Parts - shield-r3for12.stl Printing Guidance The author reports printing this model using PETG with a nozzle temperature of 240°C and a bed temperature of 80°C.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de RC3 Headband 3-hole punch-4x-stacked

RC3 Headband 3-hole punch-4x-stacked

This model consists of four stacked components. Practical uses are not specified in the provided source text. Included files: - rc3-headband-3-hole-punch-4x-stacked.stl Printing guidance: The author recommends checking your settings before printing. The author used a 2.0 mm layer height and 5% infill. For supports, the author used 10% infill, noting that removing the layers between the bands can be difficult.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de RC3 Stack - High Speed Print

RC3 Stack - High Speed Print

Purpose: This is a high-speed version of the RC3 Stack designed for rapid printing with minimal acceleration and deceleration to reduce shaking. 1. Each shield is 20mm high with a 0.25mm gap. The second shield begins at 20.25mm and the third at 40.50mm. Two units can be stacked by placing the second copy at Z 81.00mm. Practical Uses: Designed for applications requiring high-speed printing and strong bonding between perimeter shells. Included Parts: - convid-mike-v2-4-stack-full.stl Printing/Assembly Guidance: For a 0.4mm nozzle, use a 0.25mm layer height and 0.6mm layer width. The model must be printed with 2 outline perimeter shells, 0 top solid layers, 0 bottom solid layers, and 0 infill to hollow out the object and determine wall thickness. Use a brim with a 0.02mm gap and 6 outlines. No supports are required. The author suggests printing as fast as the printer allows and used an extrusion multiplier of 1.10 to improve bonding between layers and shells. In Simplify3D, the author used multiple processes to print the first two layers at a slower speed.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar
Vista de NACA6409-wing rib

NACA6409-wing rib

This model is a NACA6409-wing rib. The author states it was originally created for a throwing plane to test its abilities and notes that more versions may be released in the future. Practical uses include use in RC aircraft or physics experiments involving wing construction. Included files: - wing rib-NACA6409 v1.stl - wing spar-NACA6409 v1_0.2mm_PLA_MK3_29m.gcode

Tecnología
Sin probar
Material
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Dificultad
Sin especificar