Simulation 3D Models

Find the best Simulation 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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Create a detailed 3D model of a veterinary canine forelimb training simulator designed for venipuncture and surgical practice.

The model should include:

- A realistic dog front leg (forelimb), approximately 25 cm in height
- Layered anatomy:
- Outer skin layer (neoprene or silicone appearance)
- Inner foam layer (muscle tissue simulation)
- Internal flexible tubes representing veins (cephalic vein visible and accessible)

- Functional internal system:
- Transparent silicone tubing running from the base into the leg
- Vein positioned close to the surface for venipuncture training

- Base structure (IMPORTANT):
- Rectangular base, approximately 25 cm wide
- Hollow internal compartment designed to hold a 100 ml IV fluid bag (artificial blood reservoir)
- Removable bottom or side panel for access
- Internal support to secure the fluid bag
- خروج (output) connection port for tubing (Luer lock style)

- Fluid system:
- Tube connects from IV bag inside base → up into the leg → into the vein

Anonymous1774203117

Crie seu simulador veterinário 3D essencial! Este modelo compacto (25x25cm) é ideal para estudantes e profissionais, unindo prática de venopunção, incisões e suturas em um só lugar.

Recursos:

Estrutura "L" (25x25cm): Base estável para múltiplos treinamentos.

Venopunção: Simula veias jugular (base) e cefálica (braço) com sistema de "sangue" para coleta realista.

Corte & Sutura: Camadas de "pele" e "tecido" otimizadas para incisões precisas e prática de diversos pontos de sutura.

Materiais Sugeridos: Espuma, silicone e tubos flexíveis para uma sensação autêntica.

Personalizável: Altere cores, texturas e adicione marcas de referência.

Vista Explodida: Facilita a montagem e manutenção.

Benefícios:

Treinamento Completo: Domine coleta de sangue, incisões e técnicas cirúrgicas.
Realismo: Materiais e design simulam a textura dos tecidos animais.

Custo-Efetivo: Construa com materiais acessíveis e peças substituíveis.

Portátil: Design compacto para fácil transporte e armazenamento.

Anonymous1774203117

Create a highly realistic 3D model of an industrial autonomous water surface cleaning robot based exactly on the input image.

The robot must have a flat rectangular body with two parallel floating pontoons (catamaran structure). At the front, include a rectangular conveyor intake system partially submerged in water to collect floating waste. The intake should look like a mechanical belt system, not a mouth.

The structure should be simple, functional, and engineering-focused with sharp edges. Add a top flat cover for electronics housing. Include rear propellers for movement.

Use realistic materials such as metal frame and plastic floats. Colors must be neutral industrial tones like white, grey, or light metallic. Do not use bright colors.

IMPORTANT:
No shark shape, no mouth design, no eyes, no face, no animal features, no cartoon style, no toy-like appearance.

The final model must look like a real working prototype used in environmental engineering projects.

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Anonymous1774203117

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Anonymous1770480114

Here's a basic model of your flexure mechanism:

At its core:
- 2 identical arm assemblies, each consisting of:
* Base cross-flexure pivot
* Rigid arm segment
* Second cross-flexure pivot
* Connection to end-effector

- 1 additional arm assembly:
* Same structure as above (cross-flexure - arm - cross-flexure)
* But connects to end-effector via notched leaf spring

The cross-flexures can be simple perpendicular thin flexible elements forming an X pattern. The leaf spring would be a thin flexible strip with notches.

Would you like me to clarify any specific part of this basic layout?
Use only basic crosses to denote cross-flexures and boxes to denote arm parts. Make the two arms in the same plane as the end-effector face, the other out of plane of the end-effector. The end-effector is a simple rectangle plate

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