PETG LENTICULAR

The so-called lenticular is a PETG that during the calendering process is given a series of miniatures that, combined with a treated image, can achieve very interesting effects. Lenticular PETG establishes a before and after in the complex and very demanding high-impact printing market, achieving images that come to life.

Lenticular printing is a technology in which lenticular lenses (a technology also used for 3D displays) are used to produce printed images with an illusion of depth, or the ability to change or move the image as it is viewed from different angles. . The most common effects are:

  • FLIP: Flip Effect is the simplest lenticular animation effect. The Flip effect makes an image flip from one image to the next.
  • 3D: 3D effect creates depth in a normally flat surface. The 3D effect is generated by splicing multiple frames together to trick the viewer into seeing the 3D effect.
  • ZOOM: Zoom Effects make an image appear to move closer to farther away.
  • MORPH: The Morph effect gradually changes from one image to another by using sophisticated imaging algorithms.
  • MOTION VIDEO SHEET: Uses multiple frames of an action to show the motion from start to finish. It’s like watching a movie clip.
  • COMBI: It is the use of two or more lenticular effects such as a full motion zoom, or a 3D image with a flip background.

Our RANGE

60 LPI 75 LPI 90 LPI 100 LPI
Type desde 25μ Max. 1500 mm Max. 2600 mm Transparent,  colors and black
Thickness 508 μm 465 μm 355 μm 355 μm
Measures Sheets (mm)

510 (//) x 710

510 (//) x 710

510 (//) x 710

510 (//) x 710

510 (//) x 710

510 (//) x 710

510 (//) x 710

510 (//) x 710

*  The symbol (//) indicates in which direction the parallel lines go. For example, 510 (//) x 710 indicates that the lines run parallel to the side of the 510mm sheet.

PETG is easily recycled

Using chemicals to break polymer chains and return to their original components. These components can then be used as raw materials for the manufacture of new polymers.

Recycling also prevents PETG products from breaking down into microscopic fragments that pollute the world’s oceans and water supplies, threatening aquatic life.