Stainless Cooking Pots 3D model

cgtrader

These stainless steel cooking pots come in four different sizes. Created using Blender 2.76, they were rendered in Cycles. Clean geometry defines these models, with quads-only structures to prevent nongons from appearing. Modifiers, like subsurf, mirror and solidify, have been carefully avoided so full control over the model's shape remains possible. Subsurf modifier - The pot with 5.876 vertices and 5.900 faces used this setting, allowing a smooth curvature on its surface. Mirror - Used to create symmetrical versions of these models with the exact same characteristics. Solidify - To make these shapes look like metal pots instead of just flat shapes. Vertex count - One of these four stainless steel pots has 23,504 vertices and 23,600 faces. All models share similar numbers for their geometry components. Materials created in Cycles render use three custom settings to ensure an exacting image: - Stainless Steel Material is the first node applied by the Blender team with multiple variables including transparency control. - A metallic Chrome Material set the color for this version's appearance and allows adjustments at any time. - For those needing a smooth finish on their cookware, there are options like adding texture via node editor functions as well. For the background layer, we include an Alpha channel using these alpha values which allow accurate masking in final composite shots. All four models were produced at 10k samples with Cycles render software. The Blender toolset used subsurf levels ranging between two. To help understand its true scale and dimensions, note how each unit was constructed within Blender at specific metric lengths as listed below: Small Pot – X = 0.252m, Y = 0.176m and Z = 0.169m; Medium pot is built with same dimensions, but scaled differently; Flat model sits taller (x & y same), and Big one extends deeper vertically (0.209 m high).