P-Image Fast Generation with LoRA
P-Image is Pruna's speed-optimised image family, covering generation, editing, upscaling and virtual try-on, with LoRA support on both generate and edit.
- Pruna
- 7 variants
- From $0.005 per run
- Price
- See price
- Speed
- ~15s
- Best for
- Text to Image
- Price
- See price
- Speed
- ~8s
- Best for
- Image edit · Image to Image
- Price
- See price
- Speed
- ~8s
- Best for
- Image edit · Image to Image
- Price
- See price
- Speed
- ~8s
- Best for
- Image edit · Image to Image
- Price
- See price
- Speed
- ~1s
- Best for
- Text to Image
- Price
- See price
- Speed
- ~1s
- Best for
- Image edit · Image to Image
- Price
- See price
- Speed
- ~1s
- Best for
- Text to Image
More from Pruna.
A family groups the versions of one model line. Open one to compare its variants side by side.
Working with P-Image.
P-Image is built around ultra-fast inference. The base text-to-image and edit models deliver consistent production results quickly, LoRA variants add custom weights to both, the Ideogram variant renders 1K or 2K layouts with real text, Try-On places garments on a person, and Upscale sharpens finished output.
When to choose P-Image
Choose P-Image when throughput and latency drive the decision and you still want LoRA support. Flux and Seedream lead on outright quality; Bria is the licensed-data option for commerce.
Choosing between the variants
Text to Image and Edit are the fast defaults. Their LoRA counterparts accept custom weights. Ideogram is the one for posters and social graphics with rendered text, Try-On for fashion, and Upscale as the finishing pass.
Questions about P-Image
The short answers. For anything specific to your setup, talk to our team.
Detailed 1K or 2K images including layouts with rendered text, which suits posters, ads and social graphics.
Yes, on both the text-to-image and the editing side, which is unusual for a speed-optimised family.
It is built for online fashion, e-commerce and product pages, which makes it the practical alternative to research-licensed try-on models.


