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AIprintgen / Industrial, Tools & Machinery

Gray Plastic Hose Connector with Locking Tabs

Industrial, Tools & Machinery Industrial parts Hose Connector Plastic Fitting Plumbing Part Industrial Connector Locking Tabs 3d printable 3D Printing Game Development E-commerce Product Viewer Product Design

This 3D model depicts a gray plastic hose connector with ribbed ends for secure fitting and prominent locking tabs for a reliable connection.

3D
3D model of a gray plastic hose connector with ribbed ends and two prominent locking tabs on the other end, set against a whi

Download the optimized model free. Full quality is available after registration for 1 credit.

The optimized model is free. Full quality requires registration and 1 credit.
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3D model of a gray plastic hose connector with ribbed ends and two prominent locking tabs on the other end, set against a whi
Gray Plastic Hose Connector with Locking Tabs 3D model of a gray plastic hose connector with ribbed ends and two prominent locking tabs on the other end, set against a whi

Model details

Use cases
3D Printing Game Development E-commerce Product Viewer Product Design
Tags
Hose Connector Plastic Fitting Plumbing Part Industrial Connector Locking Tabs 3d printable 3d Model

Description

Overview and production context

This 3D model showcases a practical gray plastic hose connector, designed for efficient fluid or gas transfer. The model features a ribbed, barbed end, ideal for creating a tight seal when inserted into a hose. On the opposing end, robust locking tabs are integrated, designed to securely engage with a corresponding fitting, ensuring a stable and leak-free connection. The neutral gray color and clean design make it suitable for a variety of industrial, plumbing, or DIY projects where functionality and durability are key.

How to use this model

Use cases, fit and pre-production checks

This 3D model is optimized for 3D printing, offering a printable True status. It's ideal for creating physical prototypes, replacement parts for plumbing systems, or custom connectors for various projects. Consider printing in materials like PLA or ABS for durability. For optimal results, ensure your slicer settings are appropriate for small, detailed parts, and consider using supports for the locking tabs if your printer struggles with overhangs. The model's realistic appearance also makes it suitable for architectural visualizations or e-commerce product viewers, allowing clients to inspect its design and functionality from all angles. In digital applications, this hose connector is a valuable asset for game development, AR/VR experiences, and animation. Its straightforward design and clear locking mechanism make it easy to integrate into virtual environments, whether for industrial simulations, virtual workshops, or as a prop in a realistic scene. The model is not rigged or animated, focusing on its static form for straightforward placement and rendering.

FAQ

Answers for this exact model page

What is the primary function of this hose connector model?
This 3D model represents a gray plastic hose connector designed for securely joining hoses or pipes, featuring ribbed ends for a tight fit and locking tabs for enhanced connection stability.
What are the key visual features of this hose connector?
The model prominently displays a ribbed, barbed end for hose insertion and a set of distinct locking tabs on the opposite end, all rendered in a neutral gray plastic material.
How can this hose connector model be best utilized in 3D printing?
This model is highly suitable for 3D printing, allowing for the creation of functional prototypes or replacement parts. Consider using standard plastics like PLA or ABS and ensure proper support structures are enabled for the locking tabs during slicing.
Is this hose connector model suitable for animated or interactive applications?
The model is provided as a static, non-rigged, and non-animated 3D asset, making it ideal for rendering, visualization, and integration into game environments or AR/VR experiences where its physical form is the focus.

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