Helicon Focus User Guide Hot! May 2026

Helicon Focus is a specialized software tool designed for focus stacking, a post-processing technique used to increase the depth of field in photography by merging multiple images focused at different points into one sharp composite. 1. Shooting Your Stack

button initiates the stacking process. The result is displayed in the main window for review. : If artifacts appear, use Retouching Mode helicon focus user guide

6. The Retouching Module: Manual Control

No stacking software is perfect. You will get "halos" (ghost edges) where a foreground object overlaps a background. Here is how to fix it: Helicon Focus is a specialized software tool designed

4. Importing Your Source Images

Step 1: Click File > Open Images or simply drag and drop your sequence directly into the Source List. Step 2: Helicon Focus supports RAW (CR2, NEF, ARW), JPG, TIFF, and DNG. Step 3: Alignment Check. If you shifted focus using the lens ring (not a focusing rail), your subject likely changed size slightly (breathing). Check the "Automatic alignment" box. For rail-based stacks (no size change), you can uncheck this to save rendering time. Macro photography of insects, jewelry, small products

involves a few critical steps to ensure high-quality output: Focus Stacking with Helicon Focus

Step Size: Ensure your focus points overlap slightly. If there are gaps in focus, you’ll get "halos" or blurry bands. 2. Importing Your Files

Focus stacking is a technique used in macro photography to extend the depth of field of an image. By taking multiple shots of the same subject at different focus points, you can later merge these images to create a single image with an extended depth of field. This technique is particularly useful when working with small subjects, such as insects, jewelry, or other tiny objects, where a shallow depth of field can make it difficult to capture all the details.

When to use it

• Macro photography of insects, jewelry, small products.
• Focus stacking for landscape scenes with near and far elements.
• Photomicrography (through microscopes).
• Product shots requiring edge-to-edge sharpness.
• Any situation where depth of field in one shot is insufficient.