Ostec3D

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<p>0.2 mm BBL Standar</p><p>Soporte de árbol orgánico </p><p>Compensación de contorno x-y 0.5 mm </p>

<p>0.2 mm BBL Standard</p><p>Organic tree support </p><p>x-y contour compensation 0.5 mm </p>

0.2mm layer, 2 walls, 15% infill

ModelWorks3D

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<p>I changed a bunch around in the slicer, including the wall settings, print speeds, layer height, and a few other tweaks to help it print cleaner while keeping the print time down. It came out really well on my printer, and it&#39;s a simple but really useful little print that fits nicely and works exactly as intended, so I thought I&#39;d share the profile in case it helps someone else get a similar result. It&#39;s also properly smoothed out, so it fits more securely and air-tight.</p><p>&nbsp;</p><p>Big thanks to the original creator for sharing such a great design!</p>

Wall tuning | Speed tweaks | Better fit

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<h2>Conector Cónico Tipo Árbol con Rosca Interna (9/16-18 UNF 2B)</h2><p>Este modelo es un componente funcional diseñado para actuar como adaptador o conector de acoplamiento en sistemas de distribución de oxígeno a baja presión, humidificadores o flujómetros. Su diseño integra una sección de fijación mecánica mediante rosca interna y una salida de fluido optimizada para mangueras flexibles.</p><h2>      Características de Diseño y Geometría</h2><ul><li><strong>Conexión de Entrada (Rosca Interna):</strong> Diseñado con una rosca estándar <strong>9/16-18 UNF Clase 2B</strong>. La geometría de los hilos está completamente modelada en el archivo para permitir un acoplamiento directo, firme y seguro sobre terminales macho compatibles, garantizando la alineación concéntrica del conector.</li><li> </li><li><strong>Perfil de Salida (Tipo Árbol / Barb):</strong> La sección superior cuenta con una geometría escalonada en forma de cono estriado. Este perfil está diseñado específicamente para facilitar la inserción de tuberías o mangueras plásticas y de silicona, utilizando la propia elasticidad del tubo para crear un sello por fricción que evita desconexiones accidentales bajo presión de trabajo.</li><li> </li><li><strong>Conducto Interno Optimizado:</strong> El núcleo de la pieza presenta un canal continuo y liso que minimiza las restricciones de flujo, asegurando una transición de gas constante y sin turbulencias desde la fuente de suministro hacia la línea de salida.</li></ul>

<h2>Tapered Barb Connector with Internal Thread (9/16-18 UNF 2B)</h2><p>This model is a functional component designed to act as an adapter or coupling connector in low-pressure oxygen distribution systems, humidifiers, or flow meters. Its design integrates a mechanical fastening section via an internal thread and a fluid outlet optimized for flexible hoses.</p><h2>      Design and Geometry Characteristics</h2><ul><li><strong>Input Connection (Internal Thread):</strong> Designed with a standard <strong>9/16-18 UNF Class 2B</strong> thread. The thread geometry is fully modeled in the file to allow for direct, firm, and secure coupling onto compatible male terminals, ensuring concentric alignment of the connector.</li><li> </li><li><strong>Output Profile (Barb Type):</strong> The upper section features a stepped geometry in the form of a ribbed cone. This profile is specifically designed to facilitate the insertion of plastic and silicone tubing or hoses, utilizing the tube's own elasticity to create a friction seal that prevents accidental disconnections under working pressure.</li><li> </li><li><strong>Optimized Internal Duct:</strong> The core of the part features a continuous and smooth channel that minimizes flow restrictions, ensuring a constant and turbulence-free gas transition from the supply source to the outlet line.</li></ul>

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Description

Tapered Barb Connector with Internal Thread (9/16-18 UNF 2B)

Design and Geometry Characteristics

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