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Vacuum cleaner fan housing with switch space

3D model of a fan housing, designed for assembly with screws and installation of a vacuum cleaner motor, with a dedicated space for a switch.

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Preview can be downloaded for free. Full quality is available after registration for 1 credit.

Preview is free. Full quality requires registration and 1 credit.
3D model of vacuum cleaner fan housing with blue elements and switch space
Vacuum cleaner fan housing with switch space 3D model of vacuum cleaner fan housing with blue elements and switch space

Model details

Description

Overview and production context

Introducing a 3D model of a fan housing, specifically designed for DIY enthusiasts and modelers. This model simulates a blower housing intended for a vacuum cleaner motor, such as the Derma DX700. The design allows for assembly using screws, making the creation of a functional device more accessible. Special attention is given to the dedicated space for a switch, enhancing the usability of the finished product. The model's detail allows for the recreation of the appearance and functionality of a real device.

How to use this model

Use cases, fit and pre-production checks

This 3D model is ideal for 3D printing. Printing with supports is recommended, especially for internal elements and ventilation openings. ABS or PETG material will provide the necessary strength and heat resistance for operation with the motor. The model can be scaled to fit specific vacuum cleaner motor sizes. After printing and assembly, the housing can be used as part of a homemade fan, blower, or cooling system. The model may also be of interest for creating dioramas or as a prop in games and AR/VR applications requiring realistic depictions of industrial equipment.

FAQ

Answers for this exact model page

What are the main features of this 3D fan housing model?
The model simulates a blower housing for a vacuum cleaner motor, includes space for a switch, and is designed for screw assembly, making it ideal for DIY projects.
What materials and printing settings are recommended for this model?
Durable materials like ABS or PETG are recommended, along with printing with supports for best results. The model can be scaled to fit specific motor sizes.
For what purposes, besides 3D printing, can this model be used?
The model is excellent for use as a prop in games, AR/VR applications, for creating dioramas, or as an element to showcase industrial components.