AI bokeh effect ยท subject separation ยท photographic depth

Create Natural Bokeh Without Replacing the Scene

Create natural background blur and soft bokeh while keeping the subject sharp, edges clean and lighting visually consistent.

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Bokeh look

Choose a visual bokeh style rather than camera parameters. Depth and transitions are handled automatically.

What this create natural bokeh without replacing the scene does

It applies depth-aware optical blur to the existing background.

What changesBlur depth, lens character, highlight shape and focus transition.
What stays unchangedFocused subject, original scene content, lighting and recognizable colors.
Best inputA photo with a clear foreground subject and visible background depth.
OutputA portrait or object photo with natural-looking lens-style bokeh.

Create realistic bokeh and portrait background blur

Tool67 AI Bokeh Background adds shallow depth of field to an existing photo while keeping the main subject sharp. It simulates the visual separation associated with portrait lenses without replacing the original background.

Bokeh controls

Professional photography tips

Best for

PortraitsWeddingsPetsFashionProductsTravelFoodSocial media

How subject preservation works

The prompt protects the face, identity, hair, glasses, jewelry, clothing, hands and transparent details. It asks the model to blur the scene according to depth rather than applying a flat blur over everything.

Related photography tools

Does it blur only the background?

Yes. The subject and important foreground details are explicitly protected.

Which lens look is best for portraits?

85mm with Medium blur is the recommended starting point.

Will hair edges stay sharp?

The workflow is instructed to preserve loose hair strands and fine edges.

Does it replace the background?

No. It keeps the original scene and changes depth of field only.

Can I use it for products?

Yes. It works well when the product is clearly separated from the background.

Is the effect identical to a real lens?

It is an AI simulation and may differ from optical depth of field in complex scenes.