While the models are optimized for performance, they retain enough geometric detail to be used in extreme close-up "hero shots."
For digital artists working against tight client deadlines, creating food and tableware models from scratch is rarely cost-effective. Archmodels Vol. 213 offers three major practical workflow enhancements:
Beyond architecture, these models have applications in commercial advertising, food packaging mockups, and e-commerce visualization. Because the models are scanned from real objects, they possess a level of fidelity that can pass for photographs when rendered with proper lighting.
Building high-fidelity food models from scratch is notoriously time-consuming. Evermotion’s scanned approach offers several key advantages for your workflow: Scanned food sets Archmodels vol. 213 - Evermotion Evermotion Archmodels Vol. 213 Food and Cutlery Sets
Below is an overview of the collection's technical specifications and content, based on its PDF Catalogue .
The only "critique" from users is that they wish it contained more ethnic food variants (sushi, tacos, etc.). However, the quality of the provided Western-dining assets is undeniably best-in-class.
Beginning visualizers often underestimate the power of micro-details. However, human eyes are incredibly attuned to food and dining environments; we know exactly what a real apple, a slice of bread, or a polished fork looks like. If these items look fake, it instantly breaks the illusion of reality for a client. Creating the "Lived-In" Effect While the models are optimized for performance, they
In architectural visualization, time is your most expensive asset. Spending hours tweaking the reflection coordinates on a knife blade or generating individual displacement maps for a bowl of walnuts reduces profitability. Traditional Modeling Process Evermotion Vol. 213 Workflow 1. Researching references for multiple food variants. 1. Browsing the pre-made collection's PDF catalogue. 2. Box-modeling or sculpting organic meshes. 2. Merging the target .max or .fbx asset file. 3. Unwrapping complex UV channels manually. 3. Instantly matching scales using real-world defaults. 4. Painting custom diffuse, gloss, and normal maps. 4. Rendering immediately with optimized materials.
Scanned confectionery, meals, dynamic dinnerware, and cutlery .max (3ds Max 2011+), .c4d (Cinema 4D R19) Export Formats Interchangeable .obj and .fbx formats Native Renderers V-Ray 3.0+ (3ds Max) and Advanced Render / VRAYforC4D 3.6 Geometry Quality High-density polygon meshes with realistic micro-variations Key Components of Volume 213 1. 3D-Scanned Food Assets
: The models are provided in multiple industry-standard formats, including .max (3ds Max 2011+) , .fbx , .obj , and .c4d (Cinema 4D R19) . Performance and Visuals Because the models are scanned from real objects,
is a comprehensive collection of 3D assets designed for architectural visualizations. Released by industry-leading asset creator Evermotion , this volume focuses entirely on hyper-realistic, 3D-scanned food items, tableware, and premium cutlery sets .
, a collection of 20 professional, high-quality scanned sets designed specifically for kitchen, restaurant, and bar interiors. What’s Inside the Collection?
#3DScan #FoodCGI #ArchitecturalVisualization #RenderClean #DigitalArt
: Available in .max (3ds Max 2011 or higher), .obj , .fbx , and .c4d (Cinema 4D R19 or higher).
The collection is meticulously optimized for modern production pipelines, offering wide cross-platform compatibility: