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MESHOPIAModelismo y radiocontrol

3 modelos etiquetados · Página 1 de 1

#calibration

Descubre modelos 3D etiquetados como calibration y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Buscar esta etiqueta en el catálogo →
Vista de Matriz de calibración de primera capa por zonas

Matriz de calibración de primera capa por zonas

Pieza técnica de bajo espesor diseñada para comprobar de forma rápida y comparable cómo se deposita la primera capa en distintas zonas de la cama de impresión. La matriz permite observar variaciones de aplastamiento, continuidad de línea y adherencia sin gastar apenas material, por lo que resulta útil después de nivelar la cama, ajustar el offset Z, cambiar la superficie de impresión o modificar el perfil del laminador. Cada muestra debe interpretarse como una referencia visual: líneas separadas suelen indicar exceso de altura; una superficie muy aplastada, rugosa o translúcida puede señalar una boquilla demasiado próxima. El modelo no corrige por sí solo problemas mecánicos, suciedad, deformación de la cama ni un flujo mal calibrado.

Tecnología
FDM
Material
PLA, PETG
Dificultad
Intermedia
Vista de RC car GECKO test part

RC car GECKO test part

RC car GECKO test part Purpose This component serves as a calibration and test part for the GECKO 1:10 scale expedition RC crawler. It is designed to verify if a printer is properly set up to handle the complexity of the full GECKO model. Specifically, it allows users to test their ability to remove supports and achieve precise tolerances before committing to the complete build. Practical Uses Users can utilize this part to assess their printing experience and ensure their machine can produce the detailed components required for the full car. A primary use is testing bearing fitment; the part is designed to verify if a 10x15x4mm bearing can be inserted so that it fits securely without being loose. Included Parts - Mask v12.stl - Bearing test.stl Printing and Assembly Guidance It is suggested to print this part to determine if you can easily remove supports from the model. For assembly testing, attempt to insert a 10x15x4mm bearing into the printed part. According to the author, the bearing must fit while remaining snug and not loose. Detailed user guides are available in English and Czech via the provided documentation links.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de CR-30 Printmill single wall box flow rate test cube 45 degree

CR-30 Printmill single wall box flow rate test cube 45 degree

Purpose: This single wall box test cube is designed to calibrate the flow rate for the CR-30 print mill or other print mills. 1. Practical Uses: The cube is used to determine an ideal flow rate by measuring the thickness of a single printed wall with calipers. To calculate the new flow rate, divide the nozzle width by the measured thickness and multiply the result by the current flow rate. Printing Guidance: Use the layer height you are targeting. Set the shell count to 1, top layers to 0, and infill to 0. This ensures the cube prints with a single outer layer for measurement. Included Files: - 45deg single_wall_box rotated.stl

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar