<https://s.mj.run/0qARVAKtuPI> Imagine a 2D technical pencil drawing of a water bottle, meticulously detailed with dimensions, annotations, and cross-sectional views to provide a comprehensive understanding of its design. The water bottle features a sleek, ergonomic shape with a distinct texture on its surface for improved grip. It includes a unique, spill-proof cap designed for easy opening and closing, detailed with a threading mechanism and a silicone seal to prevent leaks. The drawing highlights the water bottle's innovative insulation layer, engineered to keep liquids cold for up to 24 hours or hot for up to 12 hours. This feature is depicted through a cross-sectional view, showing the double-wall construction with a vacuum seal in between. The materials specified for the water bottle include high-grade stainless steel for durability and a non-toxic, BPA-free plastic for the cap. Your task is to transform this 2D drawing into an accurate 3D product model. This involves interpreting the given dimensions and annotations to create a model that precisely reflects the water bottle's ergonomic design, texture, and functional features. The model should also accurately represent the innovative insulation layer, including the double-wall construction and vacuum seal. The materials specified in the drawing, such as the stainless steel body and BPA-free plastic cap, should be visually distinguishable in the 3D model, with textures and finishes that mimic real-life counterparts. Consider lighting and shading to enhance the 3D effect, highlighting the sleek design and ergonomic features of the water bottle. The final model should not only be a faithful representation of the technical drawing but also visually appealing, ready to be used in product presentations, marketing [...]