Technical Specifications of flux-pro-finetuned
| Specification | Details |
|---|---|
| Model ID | flux-pro-finetuned |
| Model family | FLUX.1 [pro] fine-tuned variant |
| Provider lineage | Based on Black Forest Labs’ FLUX.1 [pro] model and exposed on third-party inference platforms such as Replicate and fal.ai-style fine-tuned FLUX endpoints. |
| Primary modality | Text-to-image generation. |
| Fine-tuning support | Requires a finetune_id tied to a previously trained fine-tune. |
| Input types | Text prompt, fine-tune identifier, optional fine-tune strength, and optional image prompt on supported implementations. |
| Output | Generated image output for commercial and creative workflows. |
| Commercial usage | Commercial use is indicated on listed provider pages for corresponding FLUX Pro fine-tuned endpoints. |
| Pricing signals | Public provider listings show pricing around $0.06 per output image or per megapixel depending on platform and endpoint. |
What is flux-pro-finetuned?
flux-pro-finetuned is a text-to-image model entry on CometAPI that corresponds to a fine-tuned FLUX.1 [pro]-class image generation workflow. Public documentation from model hosts indicates that this model builds on FLUX.1 [pro] and adds support for custom fine-tunes, allowing users to generate images that follow a trained visual identity, subject style, or brand aesthetic more closely than a base model alone.
In practice, the key distinction is that this model is not just a generic prompt-to-image generator. It is designed to work with a trained fine-tune identifier, typically passed as finetune_id, so inference can incorporate custom learned concepts. Provider references also show optional controls such as finetune_strength, which suggests users can balance the influence of the fine-tune against the prompt itself.
This makes flux-pro-finetuned well suited for production image workflows where consistency matters, such as campaign visuals, repeated character generation, product-centric creative, or brand-safe concept art. That use-case framing is an inference from the model’s documented fine-tune mechanism and the FLUX Pro positioning toward premium commercial image generation.
Main features of flux-pro-finetuned
- Custom fine-tune inference: The model is built to generate images using a previously trained fine-tune via
finetune_id, rather than relying only on the base FLUX.1 [pro] model. - Professional-grade image quality: FLUX Pro endpoints are positioned for premium, commercial-quality visual generation, making this model appropriate for polished creative output.
- Prompt-controlled generation: Standard text prompting remains central, so users can steer composition, scene content, style direction, and subject presentation while still benefiting from the fine-tune.
- Adjustable fine-tune influence: Public API references list
finetune_strengthas an optional control, which enables finer balancing between the learned fine-tune and the prompt intent. - Optional image-guided workflows: Some implementations mention an optional
image_prompt, indicating support for workflows that blend text guidance with visual composition reference. - Commercial workflow fit: Provider listings label comparable FLUX Pro fine-tuned endpoints for commercial use, which is important for teams building production design pipelines.
How to access and integrate flux-pro-finetuned
Step 1: Sign Up for API Key
To get started, create an account on CometAPI and generate your API key from the dashboard. This key is required to authenticate all requests. After you have the key, store it securely and avoid exposing it in client-side code or public repositories.
Step 2: Send Requests to flux-pro-finetuned API
Use CometAPI’s compatible API endpoint and set the model field to flux-pro-finetuned. A typical request structure looks like this:
curl https://api.cometapi.com/v1/responses \
-H "Content-Type: application/json" \
-H "Authorization: Bearer $COMETAPI_API_KEY" \
-d '{
"model": "flux-pro-finetuned",
"input": "Generate a high-end editorial fashion image with dramatic studio lighting and refined texture detail."
}'
If your workflow requires model-specific controls such as a fine-tune identifier, include the relevant fields supported by your CometAPI integration layer. Public references for this model family indicate that deployments may support parameters such as finetune_id, finetune_strength, and optional image-guidance inputs.
Step 3: Retrieve and Verify Results
After submission, parse the API response and extract the generated output returned by CometAPI. For image-generation workflows, verify that the output matches the requested prompt, style consistency, and any expected fine-tuned concept behavior. In production, it is a good practice to log request parameters, validate output format, and run a small prompt test suite to confirm that flux-pro-finetuned behaves consistently across your use case.