Cainte Luxury Watch 3d Model Low-poly 3D model

DESCRIPTION - Introducing the Cainte Luxury Watch, a stunning and meticulously crafted timepiece that exudes elegance and sophistication.

SPECS - Total Polygons: 255,462 Total Vertices: 206,100

3D MODEL FILES - This model includes multiple file formats to ensure compatibility with different software:

• blend: This Blender file (version 2023) is the native format of the model, allowing you to make any necessary adjustments or customizations.
• FBX : The FBX file (version 3.5) is ideal for interchangeability between various 3D applications.
• GLB: This GLB file (version 3.5) is optimized for web and AR/VR applications, providing easy integration. -STL: The STL file (version 3.5) is commonly used for 3D printing purposes, enabling physical reproduction of the watch.
• OBJ : The OBJ file (version 3.5) is a versatile format that can be imported into most 3D software applications. -BLEND 360 ANGLE OBJ: This OBJ file (version 3.5) contains the watch model at a 360-degree angle, allowing for comprehensive viewing.
• Blend File. : This compressed file (9.1 MB) contains the Blender file (version 2023) with Cycles Render (version 3.5) settings. TEXTURES - The model incorporates high-quality textures to enhance its visual appeal:

1 jpg texture: 1024x1024 resolution 1 png texture: 2048x2048 resolution 2 png textures: 4096x4096 resolution LIGHTING - Please note that HDRI maps and lighting are not included with the model. The preview images showcasing the watch were rendered using physical cameras without post-production. However, these cameras are not included in the scene.

SHADING AND TEXTURES - The shading of the model is fully compatible with V-Ray RT X GPU / V-Ray GPU. The shaders utilize the Microfaced GTR (GGX) type, which offers excellent detail for close-up shots while optimizing texture memory usage.

OBJECT DIMENSIONS - The Cainte Luxury Watch was meticulously created with real-world scale in mind, ensuring accuracy and seamless integration into your projects. Each unit in the model represents 1cm.