Top squeezed helix with fine organic cells 3D print model

cgtrader

This 3D model is highly versatile and suitable for numerous cutting-edge applications including virtual reality experiences, real-time visualizations, architectural interior designs, animations, computer-generated graphics projects and 3D printing ventures. The model features an accurate real-world scale making it perfectly suitable for precise measurements and replication. It can be successfully printed in three dimensions due to its optimized structure and layout. This model was initially crafted using the advanced capabilities of 3ds Max 2016 and then exported into various formats allowing it seamless integration with different software applications. Its geometry has been meticulously structured so that it can be easily subdivided to achieve a significantly higher level of detail. As a single cohesive geometric object, this 3D model is completely prepared for subdivision to further enhance its precision and resolution. Furthermore, it is outfitted with a Turbo Smooth modifier atop the mesh geometry after two iterations ensuring its overall structural integrity. Situated at the exact center of the scene, this 3D model provides effortless alignment and calibration with other elements. Utilizing the power of Vray 3.0, high-quality renderings are effortlessly produced while adhering to the simplest Vray standard material, thereby minimizing processing time. It does not require any additional textures due to its minimalist yet highly effective design. The underlying scene is built using 3ds Max but unfortunately lacks the illumination setup that typically would elevate it to even greater visual fidelity and realism. Upon inspection, this 3D model boasts massive dimensions making it more than suitable for complex 3D printing projects. These dimensions specifically read 9117 cm in length by 9136 cm in width and 22528 cm in height. Need any alterations or modifications to the original design? Feel free to reach out; we'd be more than happy to assist with adjustments that perfectly match your project requirements.