Mortuary Steel Table Low-poly 3D model

Model Overview:

This digital asset is a highly detailed 3D model representing a mortuary steel table, crafted to meet the highest standards of visual realism and accuracy. It serves as an essential element for environments requiring medical or forensic accuracy, making it suitable for a range of professional applications, from simulations to visualizations.

Technical Specifications:

Model Type: Mortuary Steel TableMedia Type: Digital Asset - 3D ModelGeometry: The model is constructed using a blend of quads and triangles, ensuring a balance between detail and efficiency.Polygon Count: 6,992 polygonsVertex Count: 6,871 verticesTextures and Materials:

Textures: Carefully applied textures enhance the model's realism by replicating the look of polished stainless steel. The textures contribute to the model's lifelike appearance, capturing the subtle nuances of metal surfaces, such as reflections and slight imperfections.Materials: The model utilizes a variety of materials designed to accurately simulate the surface properties of a steel table. These materials ensure that the table interacts with light in a realistic manner, producing natural reflections and highlights typical of stainless steel.Animation and Rigging:

Rigged: The model is not rigged and does not contain an internal skeleton, making it optimized for static scenes rather than dynamic poses or animations.Animated: There are no pre-defined animations included with this model, making it ideal for static renders or as part of a non-animated scene.UV Mapping:

UV Mapped: The model has been meticulously UV mapped to ensure that textures are applied accurately and seamlessly across its geometry. This process enhances the visual fidelity of the model, allowing for detailed and precise texturing.Use Cases:

This 3D model of a mortuary steel table is versatile and can be used in various professional scenarios, including:

Medical Simulations: Ideal for creating realistic medical or forensic environments, such as training modules for medical students, forensic scientists, or emergency response simulations.Architectural Visualization: Suitable for visualizing the design and layout of medical or forensic facilities, providing an accurate representation of the equipment in a realistic setting.Film and Television Production: Can be utilized in the production of scenes requiring detailed and realistic medical or forensic settings, enhancing the authenticity of the visual narrative.Game Development: Useful in creating immersive environments for games that involve medical or forensic investigation scenarios, providing players with a realistic and engaging experience.Virtual Reality (VR) and Augmented Reality (AR): Can be integrated into VR and AR applications to create interactive and realistic medical or forensic training experiences.