3dfy Prompt

Official website of 3dfy Prompt, 3dfy.ai launches 3D model platform

What is 3DFY Prompt?

3DFY AI is a leading online service provider that uses generative artificial intelligence technology to create high-quality 3D models based on text descriptions. This service makes 3D content creation no longer limited by expensive costs and time constraints. Now, anyone can use this service to create high-quality 3D models that rival professional modelers at a low cost and in a short time.

3dfy ai official website:https://app.3dfy.ai/

How is 3DFY Prompt?

The main goal is to achieve personalized creation of 3D materials through automation, allowing users to generate an infinite number of 3D assets at an extremely fast speed. This breakthrough technology provides a customized 3D database for digital goods or generates 3D virtual items based on text descriptions to meet the needs of independent producers and enterprises. In addition, 3DFY AI also provides enterprise integration API services, offering web services to independent developers and creating large-scale 3D datasets for commercial clients. By experiencing the exquisite 3D content brought by 3DFY AI, you can elevate your 3D creation to a new level.

3DFY.ai is a tool that uses generative artificial intelligence to create high-quality 3D models from text. It is designed to meet future needs, enabling users to generate large-scale 3D content at high quality without worrying about quality issues. The tool offers various services, including text-to-3D Web and API services, large-scale 3D dataset generation, and image-to-3D services. Among them, the 3DFY Prompt feature is powerful and detailed, making it more suitable for professional designers than other rough 3D generation models on the market and greatly improving the design efficiency in fields such as game development, interior design, and architecture.

During the download process, users can choose from three 3D model formats: .glb, .blend, .fbx; select from four model detail levels ranging from 0 to 3; and choose from different texture modes such as 512, 1024, 2K, 4K to meet various needs. Whether you are an individual or a corporate user, 3DFY AI can provide you with personalized, high-quality 3D model services to perfectly present your creativity.

Using a method similar to Midjourney, users can quickly create realistic 3D models through natural language text and also support detailed text descriptions. Users can choose the number of seeds to affect the quality of the generated model (the more seeds, the better the quality). For example, a sofa with three loose cushions and a golden lace leather armrest can be generated through text description.

Currently, 3DFY.ai is in the open testing phase, and users can try the platform for free. The 3D models generated by the platform are very realistic, highly consistent with text requirements, and fast in generation speed. Users can preview the models in four preview modes such as texture, wireframe, UV, and solid, and can also directly download the models to local use. Both professional designers and ordinary users can use 3DFY Prompt to quickly create high-quality 3D models.

According to the introduction on the 3DFY.ai official website, 3DFY Prompt adopts a different optimization method from the previous neural radiance field (NeRF), using a "target code" method. Through a trained encoder-decoder network, it extracts prompt words from the input text. Then, the encoder component uses this target code and a set of control parameters, combined with machine learning and computer graphics operations, to generate 3D models.

In terms of training data, 3DFY Prompt adopts a more refined classification training method. For example, when generating a table lamp model, only table lamp model data is used for training. This training method can greatly improve the accuracy and quality of the model generation.

Currently, 3DFY Prompt supports the generation of models in seven categories, including table lamps, sofas, tables, stools, tableware, swords, and shields, and will open more types in the future.