3D Lenticular Boats (2D-3D conversion and print)

Images are converted from 2D photos using layers and depth maps in 3DMasterKit.

• Interlaced in 3DMasterKit.
• Lenticular: 20 LPI, Size: 1000×700 mm, Frames: 72.

3D Lenticular prints by 3DMasterKit

Images are converted from 2D photos using layers and depth maps in 3DMasterKit. Interlaced in 3DMasterKit. These works were made for a Museum project Ocean micro life in 3D.

Motion effect lenticular artwork

15 frames were specially drawn by the artist and combined into one motion picture using lenticular printing.

• Paints by Diana Dudareva (Diduda_art)
• Size 460×600 mm, 20 LPI.
• Lenticular design by Alexey Polyakov
• Lenticular printing www.stereograd.su
• Lenticular software Triaxes 3DMasterKit

Flip effect lenticular artwork

Three frames were taken from motion series drawn by the artist and combined into one lenticular picture with 3-phase flip effect.

• Paints by Diana Dudareva (Diduda_art)
• Size 460×600 mm, 20 LPI
• Lenticular design by Alexey Polyakov
• Lenticular printing www.stereograd.su
• Lenticular software Triaxes 3DMasterKit
• Piano by Anna Sutyagina (Rustle of spring – Christian Sinding)

Lenticular image samples made using Triaxes 3DMasterKit

Inkjet plotter Epson. Lenticular lenses 20 LPI 3D (view angle 28 degree).

Lenticular flip sample made using Triaxes 3DMasterKit

Inkjet plotter Epson. Lenticular lenses 20 LPI 3D (view angle 28 degree).

Lenticular morphing picture “Beer Belly”

Lenticular image, morphing effect, 460×600 mm, 20 LPI, inkjet printing.
Picture Design by Deniz Eyüboğlu.
Lenticular encoding: Triaxes 3DMasterKit.

Lenticular 3D modelling Photo

3D Modelling by Johannes Renaud (LOOXIS GmbH) and Triaxes (www.triaxes.com) Lenticular interlacing Triaxes 3DMasterKit. 120 frames, Lenticular 20 LPI, 400×600 mm

Lenticular 3D & Flip “Baby”

This is the work of Enrique Alejandro Cervin, a 3DMasterKit user from Mexico. This lenticular image is a combination of two 3D photos. This photo was taken by the author a couple of weeks after the purchase of the program.

Overview of printing lenticular 3D and flip photos

We follow photographer Dan Vojtěch as he shoots wakeboard athlete Sasha Christian while demonstrating a flip effect lenticular and then how to shoot and print a 2d image with the illusion of real depth.

2D photo to 3D lenticular. Triaxes 3DMasterKit

The process of converting a 2D image to 3D in 3DMasterKit is shown in detail: how to work with project layers, how to use the depth map, and how to save the results. The encoded lenticular image and the finished printed lenticular work with the size of 1.2×2.0 meters are shown. See detail comments at this article.

Print lenticular pitch test in Triaxes 3DMasterKit program

Recommendations for printing a lenticular pitch test in 3DMasterKit program. Technical details:
printer settings; resolution; lenticular LPI; viewing distance.

How to make 3D photos with smartphone

The video shows an easy way to create a 3D photo using an Android 4.4. smartphone and the Google Camera app in the Lens Blur mode. In just a few steps you can get a 3D animated GIF or anaglyph photo that can be posted on the Internet or printed in the glasses-free 3D format.

Tutorial

Google Camera on Google Play

Triaxes StereoTracer

UV printing: Lenticular Morphing using Triaxes Legend

Triaxes Legend is a new high end solution for printing large format 3D posters as well as morph, zoom, motion and flip effects. The Triaxes Legend solution prepares the image to print directly onto the lens which brings to a higher quality result as compared with regular 3D lenticular poster creation, which usually involves the lamination of an encoded image (interlaced with multiple viewpoints) onto a lenticular lens.

UV printing: Lenticular 3D using Triaxes Legend

Triaxes Legend is a new high end solution for printing large format 3D posters as well as morph, zoom, motion and flip effects. The Triaxes Legend solution prepares the image to print directly onto the lens which brings to a higher quality result as compared with regular 3D lenticular poster creation, which usually involves the lamination of an encoded image (interlaced with multiple viewpoints) onto a lenticular lens.

Lenticular animation UV print made using Triaxes software

Design of the window BURBERRY store (Moscow, GUM). Made by “Bastarda” company using UV lenticular printing technology and Triaxes software.

Lenticular animation UV print made using Triaxes software

Design of the window BURBERRY store (Moscow, GUM). Made by “Bastarda” company using UV lenticular printing technology and Triaxes software.

Lenticular image with three photos flip effect: A1-size, 40LPI

UV-printed lenticular image with three photos flip effect. Lenticular: 40LPI, 49° viewing angle (lenstar).
The lenticular print is framed in led-aluminum frame (backlight) and placed in the window of an insurance company. Made by: www.lenticularprinting.de.

Lenticular software: Triaxes Legend Pro

Use Triaxes StereoTracer to convert S3D for holographic 3D display

Triaxes StereoTracer program converts stereo to multi-view series for holographic 3D display. Original stereo photos was shot by Fujifilm Finepix 3D camera.

Convert 2D photo to Holographic 3D Display using Triaxes 3DMasterKit

Use 3DMasterKit to convert 2D photos to view them in 3D on Looking Glass Holographic Display and print 3D Lenticulars.

Convert 2D photo to Holographic 3D Display using Triaxes Legend

Triaxes Legend program converts 2D photos to view them in 3D on Looking Glass Holographic Display and print 3D Lenticular works.

Convert 2D photo to Holographic 3D Display using Triaxes 3DMasterKit

Use Triaxes 3DMasterKit to convert 2D photos to view them in 3D on Looking Glass Holographic Display.

Convert stereo (S3D) video to holographic 3D video

Triaxes DepthGate software converts Stereo (S3D) and 2D+Depth video into autostereoscopic (glasses-free) 3D formats for many types of autostereoscopic 3D (AS3D) displays: Looking Glass, Philips, Dimenco, Alioscopy, and others.

Artist Michael Brown’s YouTube Channel

Michael’s channel shows the various steps of printing inkjet lenticulars, recordings of his studio live stream demonstrations, training materials, and visual samples of his fine art lenticulars.
In addition, Michael has uploaded a series of video conversations with others working in this fascinating field.
YouTube’s closed captioning can translate the English audio into on-screen translated text in numerous languages.
Visit https://www.youtube.com/c/MichaelBrownArtist/

The basics of the lenticular technology and software use

Michael Brown’s presentation at the NSA/ISU 3D-conference 2017 in California.
See also From Stereo Pair to Lenticular Print – an article by Michael Brown.

Introduction to lenticular technology

Michael Brown explains the techniques of lenticular 3D image production using inkjet printers.

• Workflow
• Equipment & Suppliers
• 3D Photography & Conversion & Techniques
• Image Processing
• Printing & Finishing

Dye Sublimation Lenticular printing with cardboard easel frames

A short demonstration using a consumer grade dye sublimation printer to make lenticular prints. No lamination required. This is a nice solution for a photo hobbyist.

Software: Triaxes 3DMasterKit

Printer: Canon Selphy Printer

Lenticular: 4×6 (10.2×15.2 cm) Event Photo Souvenir Frames

3D Lenticular prints from iPhone depth map photos using Triaxes 3DMasterKit

In this tutorial Michal Brown use a photo from an Apple iPhone 13 Pro and Triaxes 3DMasterKit software for making 3D lenticular prints.

Software: Triaxes 3DMasterKit

Camera: Apple iPhone 13 Pro

Built-in AI to speed up the process of converting 2D to 3D

In this tutorial Michal Brown show splitting 2D photo into layers, image reconstruction using AI in Photoshop, AI-powered depth generator in 3DMasterKit for making 3D lenticular image.

Software: Triaxes 3DMasterKit, Adobe Photoshop

Sujit Chachad: Midjourney art to 3D Holographic Print