3D Products SRL – DPLenticular

Which resin do you use? Do you offer lenticular lenses in PP (Polypro) or PVC materials?

Our lenticular plastic sheets are available in PET-GAG, APET, and PETG material (see our lenticular products page). Our assortment includes large format lenses namely 3D 20 LPI PETG-LF, 3D 28 LPI PETG-MF, and Motion 20 LPI PETG-LF, which are extruded in Europe using PETG resin that guarantees optimal transparency. We do not offer PP (Polypro) lenticular sheets; instead, we provide PP MicroFlex rolls for the label printing industry.

As the leading custom lenticular patch custom supplier globally, we cater to all your needs. Our highly specialized team is here to assist you in finding the right product.

PP requires a Corona treatment before printing, while our polyester lenticular sheets come with a natural high dyne level.

PVC does not guarantee high quality and is often rejected for environmental reasons.

Can small quantities of lenticular sheets be ordered?

Absolutely! You can order small quantities from 3D Products & DP Lenticular! Click here to explore which Lenticular products are available for small orders.

What types of lenticular lenses do you provide?

Please refer to our lenticular products page for detailed specifications.

I need larger sheets for my large format printer to produce big 3D posters. Can I get small quantities?

We have recently introduced a 40LPI PETG sheet (thickness 838 microns) that we can offer in sizes parallel to mm in pallets of 300 sheets or smaller quantities. This has been great news for the digital large format inkjet printing market. As a result, we have invested in new products for this sector, including the 3D 20 LPI PETG-LF, 3D 28 LPI PETG-MF, and Motion 20 LPI PETG-LF lenticular sheets.

Click here to see which Lenticular products can be ordered in small quantities.

You are also welcome to explore our products page.

I’m new to lenticular photography and would like to know if I can get a small amount of 100 LPI sheets.

As indicated on our website, these thin sheets are crafted for litho offset printing. Laminating on a 100 LPI might be challenging due to the high pitch.

Nonetheless, we can also provide 100 LPI in small quantities for printers who wish to test the product.

For exceptional quality with inkjet, we recommend choosing the 60 LPI, 3D-50LPI, 50 LPI Motion, or the 40LPI (suitable for lamination). You will also find that we offer double-sided adhesive options.

For larger formats, we propose the 3D 20 LPI PETG-LF, 3D 28 LPI PETG-MF, and Motion 20 LPI PETG-LF lenticular sheets.

Click here to find out how to make the best choice.

Click here to discover which Lenticular sheets are available in small amounts.

What are the specific sizes of lenticular sheets? I am particularly interested in the 75 LPI Lenticular material size 520 x 720 mm. Do you manufacture this material where lenticules run parallel to the 720 mm dimension? Can I order a batch of 10-20 pieces in A3 size (A3SR)?

Our standard sheet sizes include 720 x 520 mm and 520 x 720 mm. We can supply all our lens designs with lenticules aligned to either the short or long edges.

The smallest stock sheet we offer today (for 75LPI) is 508 x 355 mm or 355 x 508 mm. Additional options are available in 711×508 mm (20×28).

These sizes can all be ordered in small amounts.

Can I use the 50LPI-M for 3D images?

We have observed some stunning portraits printed on the Motion 50 LPI lens.

These actual 3D portraits were captured by the renowned French photographer Henri Clement. Check out www.limbricateur.com and www.lenticulaire.fr for more information.

What does the name of the lenticular sheets signify?

The titles of our lenticular products connote the number of lenticules per inch (25.4mm).

Thus, the term ‘75 LPI’ is employed as we acknowledge that every user will identify a pitch corresponding to ‘75 point something’.

We never guarantee that our sheets maintain an exact pitch like 75.00, as it's impossible to assure because the pitch is influenced by the printer’s equipment.

Click here to understand why conducting a pitch test is essential.

Choosing lens direction

We can supply lenticular sheets with lenticules aligned either parallel to the short or the long edge.

Some CTP setups necessitate printing with lenticules aligned to the grippers to prevent banding.

The image size and the effect (3D or animation) can also impact your decision.

For instance, if you intend to print an A4 size (portrait) magazine cover featuring a 3D image, the image size will be 210×297 mm, and the lenticules will need to be parallel to 297 as 3D images demand vertical lenticules.

For further information, please visit heat transfer fabric label.

As illustrated in the image below, printing on lenses with lenticules aligned to 508 will allow the printing of 3 images per sheet, while aligning lenticules to 711mm permits printing of 4 images per sheet, offering a significant price difference!

If the effect is an animation with horizontal lenticules, then using lenses parallel to the short edge will enable printing 4 images as opposed to 3.

We also offer customized sheet sizes, which are the most efficient and cost-effective solution; visit our custom sizes page for further details.

We have witnessed fantastic results utilizing an automatic cutting table or a flatbed laser plotter.

Large format lenses can also be cut with a KeenCut manual cutting machine, but a Sword cutter does not accommodate 3mm sheets.

Common saw types used in wood or metal carpentry yield favorable results when cutting our 3D 20 LPI UV-LF, 3D 28 LPI UV-MF, and Motion 20 LPI UV-LF lenticular sheets; including disc, band, saber, jigsaw, hewing, and handsaw.

Blade design is crucial in cutting plastics. It's advisable to use a band saw with separated teeth, as this design facilitates chip removal. The best results occur with straight teeth and a slight staggered arrangement. A sharp blade and a close guide are necessary to minimize vibrations and prevent the plastic from cracking or melting.

Various Materials, LPI, and Thickness of Lenticular Lens

Selecting suitable materials, such as lenticular lens sheets, and following proper procedures is crucial for producing outstanding lenticular prints. Many of these considerations occur behind the scenes, yet advances in technology and material availability significantly impact these decisions. Here’s a glimpse into the lenticular toolbox for those looking to understand their possibilities or delve deeper into the underlying physics.

Different Materials

The three primary types of materials for lenticular plastic sheets, often referred to as lenses, include PETG, Acrylic, and Polystyrene. PETG, a durable type of polyester, is commonly utilized for lenticular lenses in the USA and Europe. It's a fantastic choice for commercial and fine art lenticular applications, as it exhibits impressive resistance against impact fractures.

Acrylic (PMMA) is widely used in everyday applications, known for its clarity. It's often employed to manufacture quality lenticular lenses, making it suitable for outdoor usage, especially when implemented in thicker sheet forms.

Polystyrene, or PS, is the least expensive polymer for producing lenticular lenses but lacks durability and tends to yellow quickly when exposed to UV light.

LPI
The resolution of lenticular lenses, as indicated by lenticular lens sheet manufacturers, is expressed as ‘lenticules’ per inch (LPI). This is one of the most recognized traits of a lens. The desired viewing distance is closely related to LPI, which can be either coarse or fine. One of the initial compromises considered while creating a lenticular print revolves around LPI. Coarser lenses enable better concealment of adjacent images, which minimizes ghosting at closer viewing distances, while finer lenses shine when high detail is required and tend to blend out from a few feet away.

Thickness
Generally, lower LPI lenses are thicker than their higher LPI counterparts; however, 3D lenses will always have a greater thickness compared to motion lenses. The end user often finds thickness isn't critical unless a specific tolerance is needed to fit an existing setup. Large-format lenticulars frequently require a form of display support to prevent sagging. Quality sheets can be sourced from a reputable lenticular lens sheet supplier.

If you need more details on reflective labels for clothing services, feel free to reach out to us.