Cabinet New 3D Model Low-poly 3D model

Model:This asset is a high-fidelity digital representation of a cabinet, meticulously designed to capture the intricate details of a real-world counterpart. It serves as an exemplary 3D model for a variety of applications, offering both aesthetic appeal and structural accuracy.

Media Type:The cabinet is presented as a digital asset in the form of a 3D model. This model can be imported into various 3D rendering, animation, and gaming software for visualization, simulation, and interactive applications.

Geometry:The geometry of the cabinet model consists of a complex combination of quadrilaterals (quads) and triangles. This mixed geometry approach ensures optimal mesh efficiency while maintaining a high level of detail, suitable for both real-time rendering and detailed static renders.

Polygons:The model comprises 31,099 polygons, providing a balance between detail and performance. This polygon count ensures a detailed representation without compromising on performance for real-time applications.

Vertices:The model features 47,688 vertices, allowing for intricate details and smooth surface transitions. This vertex count supports high-quality deformation in applications that require smooth shading and precise texture mapping.

Textures:High-resolution textures are applied to the model, enhancing its visual detail and realism. These textures include detailed surface patterns, color maps, and possibly normal or bump maps, providing a lifelike appearance and tactile quality to the cabinet's surfaces.

Materials:A variety of materials are utilized to define the surface properties of the cabinet. These materials replicate real-world substances such as wood, metal, and glass, capturing their distinct visual characteristics, including reflectivity, transparency, and texture.

Rigged:The model is not rigged, indicating that it lacks an internal skeleton or bone structure for posing or animation. It is designed for static use or can be rigged manually if required for specific animation purposes.

Animated:The model does not include any pre-defined animations. It is provided in a static state, making it ideal for scenarios where predefined motion is not necessary, or custom animations will be created by the user.

UV Mapped:UV mapping is employed to ensure accurate texture application across the model's geometry. This technique allows for the seamless wrapping of textures around the cabinet, ensuring that details align perfectly with the 3D form, enhancing realism and visual coherence.

Uses:

Interior Design Visualization: Perfect for interior designers to showcase cabinet designs within various room setups, providing clients with a realistic preview of how the cabinet would look in a finished space.Architectural Rendering: Ideal for architects and planners to include in 3D renderings of residential or commercial spaces, helping to visualize the placement and appearance of cabinetry in architectural projects.Game Development: Suitable for game developers looking to incorporate detailed furniture assets into game environments, enhancing the visual quality and realism of interior scenes.Virtual Reality (VR) and Augmented Reality (AR) Applications: Can be used in VR and AR applications for immersive interior design experiences, allowing users to interact with and view the cabinet in a virtual space.Product Catalogs and Marketing: Useful for creating high-quality visual content for product catalogs, marketing materials, and e-commerce platforms, providing potential buyers with an accurate depiction of the product.Simulation and Training: Applicable in simulation environments and training programs where realistic interior components are needed for effective learning experiences.