3D Printing Using the Stereolithography (SLA) Process

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Your Experts for Stereolithography Printing Processes (SLA)


Stereolithography (SLA) is an advanced 3D-printing technology that enables high-resolution and precise models through the use of photopolymer resin. In this process, a liquid resin is placed in a container chamber. A UV light source, often a laser, then projects the model pattern onto the resin layer by layer. The UV light immediately hardens the resin in the exposed areas, forming the desired layer of the 3D-object.

SLA printers are characterised by their ability to produce very detailed and complex models with smooth surfaces. This makes them particularly suitable for applications such as the production of high-precision prototypes, the jewellery industry, and the production of dental models. The variety of available resin materials makes it possible to obtain different properties such as hardness, flexibility and transparency. The precision and attention to detail make SLA a favoured technology in industries where the highest demands are placed on surface quality.

Applications of SLA 3D-Printing – Focus on Precision and Versatility

Stereolithography is a technology known for its precise results and versatility. Whether it is the development of prototypes for product development, the production of customised components for industrial applications, or the creation of unique works of art – SLA printing technology opens almost endless possibilities.


ABS-like resin for SLA 3D-Printing

Solid Material Similar to ABS

The ABS-like resin for SLA 3D-Printing combines the robustness of ABS with the precision of SLA technology. This advanced resin enables the production of stable and detailed components. Rely on ABS-like resin for SLA printing to create durable prototypes and functional components with impressive accuracy.

Flexible resin for SLA 3D-Printing

Flexible Material

The flexible resin for SLA 3D-Printing offers a revolutionary opportunity to produce elastic components with the highest precision. With its excellent flexibility, this innovative material is ideal for applications requiring flexibility and attention to detail. Rely on the flexible resin for SLA printing to overcome technical challenges with ease.

Modelling in SLA 3D-Printing

Model Making

Stereolithography (SLA) offers numerous advantages in modelling due to its high level of detail and surface quality. SLA printers produce precise, repeatable results and can create complex, fine structures with minimal post-processing. Thanks to a wide selection of resins that offer specific properties such as strength or transparency, SLA printing is highly versatile. In addition, the efficient use of materials minimises waste and the models are easy to rework. These properties make SLA an excellent choice for precise and high-quality modelling projects.

SLA 3D-Printing for very small parts

Small Parts

SLA 3D-Printing is ideal for the production of very small parts, as it offers extremely high detail accuracy and resolution. This technology enables the precise hardening of fine details with a laser, resulting in smooth surfaces and minimal post-processing. SLA is therefore particularly suitable for complex miniature components that cannot be produced using other printing processes.

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