Inhaler 3D Models

Find the best Inhaler 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.

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Modern Inhaler with Bonapart Pharmaceuticals on the front and an LED light above the mouth piece

Anonymous1776109382

Style:
- Smooth, rounded rectangular body
- No sharp edges, no visible screws
- Premium medical / consumer tech aesthetic
- Compact and ergonomic

Body:
- Vertical form with slightly curved back for grip
- Matte white plastic
- Subtle seam line around lower third
- Bottom section slightly thicker, colored dark navy

Front:
- Small text: "BONAPART" (clean sans-serif)
- No screen, no numbers, no battery icon
- Thin horizontal LED strip (soft cyan glow)

Side:
- Smooth transition into mouthpiece
- Engraved text: "SmartDose System"
- No charging port

Back:
- Minimal surface
- Small text: "200 doses • Sterile device"

Mouthpiece:
- Integrated, not bulky
- Slight downward angle (30–40°)
- Rounded rectangular opening
- Hollow interior, dark navy material

Top:
- Rounded rectangular press area
- Slight indentation
- Engraved: "PRESS TO INHALE"
- No LED on top

Anonymous1776109382

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Anonymous1774533586

hydrogen / oxygen inhalation machine 3d model

Anonymous1773663341

__________________
| |
| SCREEN |
|__________________|
| ELECTRONICS |
|__________________|

| |
| STRAP |
|_________________|

|||||
___|||||___
| |
| INHALER |
|___________|

Anonymous1773654716

生成一个吹气的模型-他有一个小屏幕是用来填写用户年龄等基本信息的，然后这个屏幕不能很小，起码是要老年人看得清的大小，并且可以填写数值的-他是医用级-abs-材质-φ45mm×150mm-类似大型口红，但它不是口红，不是红色的，而是黑色、白色、灰色。类似口红上端的地方就有一个让人把气吹进去的小孔，重约 120g

Anonymous1773467215

Highly detailed 3D cutaway render of an innovative Dual-Drug Y-shaped pressurized metered dose inhaler, perfect symmetrical capital Y shape with two upper branches at 45 degrees each merging at a central Y-junction and continuing into a vertical mouthpiece stem, medical-grade matte white plastic housing with transparent cutaway sections revealing all internal parts, left upper branch contains one silver aluminum canister filled with blue Drug 1 formulation + HFA propellant clearly visible inside, right upper branch contains second silver aluminum canister filled with green Drug 2 formulation + HFA propellant clearly visible inside, both metering valves at the base of each canister, actuator stems extending downward, precision spray nozzles releasing two different colored aerosol plumes that mix at the aerodynamic Y-junction mixing chamber, smooth curved internal pathways with directional flow arrows, combined aerosol traveling down the central stem to the ergonomic mouthpiece, mechanic

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Anonymous1771804829

A close-up, photorealistic product render of a functional medical prototype designed to be clipped onto standard inhalers. The accessory is a "ventilated housing" designed to look 3D-printed using matte white PLA or PETG filament, with visible print layer lines. The housing features a distinct "clip-on" mechanism that grips the inhaler's plastic boot.

The focal point is the front face, which features a "transparent window" made of optical-grade film, held in place by small mechanical screws. Behind this clear window is a "colorimetric sensor array" on a texture-rich white chromatography paper substrate. The paper displays a grid of distinct chemical indicator dots in varying reaction colors—specifically referencing pH-sensitive dyes (like Bromothymol blue and Methyl red) and redox indicators, appearing as spots of deep yellow, blue, red, and orange.

The sides of the device have engineered "ventilation slots" to guide airflow over the paper. The design is strictly non-el

Anonymous1770789495