The benefits of DLP with 3DPROD

Ultra precision

Technology for high-resolution, highly detailed models

Speed

High productivity for ultra-fast part production

Small series

Enhanced repeatability, ideal for industrial-scale production of small and pre-production runs

What is Digital Light Processing ?

An ultra-fast, scalable, semi-automated additive manufacturing solution to meet the most demanding industrial needs.
Adapted to a variety of industrial applications DLP technology is particularly well suited to the production of mass-produced final parts and master models.

DLP technology revolutionizes traditional manufacturing methods while offering extremely short production cycles. Inspired by SLA technology, DLP uses the photopolymerization of a liquid resin with UV light. The difference is that the UV light source is a projector instead of a laser. Thus the complete image of each layer is projected in one time allowing to pass quickly to the following layer.

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The benefits of DLP

DLP technology delivers high-quality prints with fine detail and a smooth surface, and requires fewer print media than SLA, reducing the amount of material used and facilitating post-processing.

High-resolution models with a high level of detail, increased productivity and repeatability (Six Sigma), ideal for small and medium production runs at industrial level.

The Digital Light Processing (DLP) solution combines the efficiency and flexibility of 3D printing processes (manufacturing volume (xyz) 124 x 70 x 340 mm, minimum layer thickness of 0.01 mm and print speeds of up to 100 mm/h) with the performance of traditional injection molding processes.

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Figure 4® PRO-BLK-10

Rigid materials for the production of durable parts similar in appearance and texture to injection-molded parts

Figure 4® RIGID GRAY

Rigid materials for the production of high contrast serial parts with high impact, moisture resistance and long term environmental stability characteristics.

Figure 4® RUBBER-65A-BLK

Semi-hard elastomer materials for the production of functional parts with good shape retention and high tear resistance.

Figure 4® HI TEMP 300-AMB

High-temperature materials for the production of parts with bending temperatures under load of up to 300°C.

Figure 4® HI TEMP 150-AMB

High-temperature materials for the production of parts with bending temperatures under load of up to 150°C.

Our experts are at your disposal for all your 3D projects

Sandrine
SANDRINE - We work with suppliers of all levels on projects that are both technical and aesthetic.
Audrey
AUDREY - We know how to advise and help you in the design of your prototype.
CÉCILE - As soon as we make contact, our manufacturing capacity enables us to absorb very large volumes while maintaining short lead times.
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Your quote in minutes

Choose the technology, the material, the finish and get your quote instantly via our online platform.

 

1. Import your CAD file

Upload your 3D file (.stl, .obj, .wrl, .step (.stp), .iges (.igs), .3mf, .dxf or .zip (with models and textures) file not exceeding 100 Mb

2. Choose 3D technology and materials

Choose your ideal DLP material, your finish and order online.

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Sample request

DLP FAQs

Take a look at our FAQ on Digital Light Processing, or contact us for more information.