Abstract. Non-fungible tokens (NFTs) based on 3D computer graphics have rapidly emerged as a disruptive new category of blockchain-certified digital artwork. However, guidelines are still evolving for technical creators on best practices for generating authentic, high-value 3D model NFT offerings. This article extensively examines specialized workflows to tap into collector demand for verified rare and visually stunning NFTs with 3D graphics rendered from Autodesk's 3ds Max. The analysis provides a robust methodological framework, beginning with initializing projects in 3ds Max for model development all way through to exporting for NFT marketplaces. Key dimensions explored include: conceptualizing designs within computational constraints, focusing on optimal polygon geometry, utilizing advanced shading including ray-traced materials, integrating animation and interactivity to boost uniqueness, configuring multi-pass rendering for photorealism, outputting files to maximize quality within blockchain limitations, executing smart contracts to encode ownership rights, and marketing 3D NFTs to enthusiast communities. By elucidating the intersection between emerging crypto-art and mature 3D graphics rendering pipelines, this article aims to equip technical artists with the insights to thrive as creators in the rapidly expanding NFT ecosystem.