Hearing aid 3D Models

Find the best Hearing aid 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :

Anonymous1745033793

Anonymous1741968059

create 3d model from this image with similar shape and structure (long oval shape), it is an earpiece worn behind the ear with the hook at the top to hang on the ear, there should be 3 spaces/openings on the part that touches the ear (the part behind where there are no buttons) for sensors on the back side, earpiece should be hollow to add electrical components inside, make the hook at the top turnable/adjustable, should be a light model not heavy, there is a white button on the front in the middle of the front part outside

Anonymous1762101791

Create a detailed, high-quality 3D model of a modern behind-the-ear hearing aid device. The design should be sleek, curved, and ergonomic with a smooth metallic body and minimalistic aesthetic. Include two small control buttons on the outer side, and a thin, flexible transparent wire that connects to a soft silicone earbud tip. The main housing should have a matte titanium-silver finish with fine seams and a subtle charging port slot.

The model must be PBR-ready with the following texture maps:

Base Color: Metallic silver-gray with subtle variation for realism.

Metallic Map: Medium-high metallic value for the main body, low for the wire and ear tip.

Roughness Map: Slightly rough (0.4–0.5) for matte finish; smoother around button areas.

Normal Map: Gentle curvature details and subtle surface definition.

Ambient Occlusion: Soft shading to accent button recesses and seams.

Ensure correct scale for realistic proportions. Use neutral studio lighting and a white or black background. R

Anonymous1755471851

Anonymous1754994056

Anonymous1758559680

Anonymous1745999957

Design a compact, custom-fit hearing aid made from a soft, compressed foam-like material that expands gently inside the ear using body heat. The device should adapt perfectly to the user’s ear canal for maximum comfort and stability. Despite its soft, adaptive exterior, it should contain all essential internal components—microphone, amplifier, speaker, and battery—integrated seamlessly within. The design should emphasize ergonomics, minimalism, and user comfort, showing both the compressed (before insertion) and expanded (after insertion) states. Visualize it as a futuristic, medical-grade product with a clean and intuitive form.

Anonymous1776105487

Anonymous1757949644

Anonymous1757239569

Anonymous1755588090

Anonymous1755436566

Anonymous1754151180

Anonymous1731326739

Anonymous1753257805

Anonymous1752305884