What Lenticular Printing Means In Hologram Image Workflows
Lenticular printing is a print method that uses lens sheets and multiple image views to create depth or view-shift effects from a static printed surface.
The basic idea
Instead of printing a single flat image, lenticular workflows combine multiple views of the same subject and align them beneath a lenticular lens sheet.
As the viewing angle changes, different image slices become visible, which creates the illusion of depth, motion, or angle change in the final print.
How a typical workflow works
- Prepare a source that contains either multiple views or enough structure to derive them.
- Interlace the image data so each lens directs the correct slices to the viewer.
- Match output dimensions and pitch settings to the intended print material.
- Test the print and adjust depth, spacing, or source quality as needed.
When it works best
Lenticular printing works best when the source has clear subject separation, controlled depth, and a viewing plan that matches the print material.
Common misunderstandings
- Assuming any image can produce a strong hologram-like print without depth planning.
- Treating lenticular print as identical to real-time holographic display hardware.
- Ignoring pitch, print alignment, and source consistency during output preparation.
Try a print-ready workflow
Use the 2D, 3D, or AI workflows in 3D2HOLO to prepare source imagery that fits lenticular print production.
Open the toolsFrequently asked questions
Is lenticular printing the same as a hologram display?
No. They can share parallax-like viewing behavior, but lenticular printing is a static print process, while holographic displays are device-based viewing systems.
Why do multiple views matter?
Multiple views are what let the final print show different slices of the scene across different viewing angles, which is how depth or motion is perceived.
What makes a source file suitable for lenticular print?
Clear subject separation, stable depth planning, sufficient resolution, and a workflow that matches the final print material all matter.