Fine Details

Masitte prints your 3D models at a high resolution and with fine details by using its high-precision laser system. With the combination of its small laser spot size, precision galvanometers, and stable linear motion system, Masitte prints the finest possible details with the highest resolution.

Smooth Surfaces

SLA is a 3D printing technique that gives the best results in terms of surface quality when compared to other 3D printing technologies. Masitte is ideal for models and applications that require a perfect appearance with the smooth surface quality it provides. In addition, it helps reduce the post-processing time, as the models can easily be sanded, polished, and painted.

Isotropic Prints

Because models are created layer by layer in 3D printing, each layer can have different properties in the X, Y, and Z axes. This means that the physical and mechanical properties of the printed model are different depending on the orientation. In the SLA printing technology that Masitte uses, while the model is formed layer by layer, each layer chemically bonds to each other to form a single-molecule chain. On the molecular level, there is no difference between the X, Y, and Z axes. Thus, with Masitte, you can produce parts with predictable mechanical performance for applications such as end-use parts and functional prototyping.

Watertight Prints

SLA printed objects are continuous, whether they are geometries with solid features or geometries with internal channels. While creating the model layer by layer, there are no gaps between layers. This situation brings with it the watertight feature. You can also test your designs with this technology that allows liquid flow and take your 3D printing experience to the next level.

Accurate Prints

The powerful laser along with the compact system of lense and mirror in Masitte Plus Dental delivers UV light evenly across the build surface for accurate prints every time. Masitte Plus Dental 3D printer consistently prints accurate and precise parts, allowing a perfect fit for every dental application.

Smooth Surfaces

Industrial-quality components used in Masitte Plus Dental guarantee incredible surface finish. Laser SLA 3D printing technology along with the aluminum resin tank equipped with special quartz glass offers consistently flawless and smooth surfaces. The outstanding surface quality of the printed models adds efficiency to the production of dental parts.

Industrial-Quality Precision

Masitte Dental is made for dental applications where high precision is needed. The 25 microns XY resolution and 80 microns laser spot size brings industrial-quality precision to Masitte Dental. Print complex and delicate features with superior precision to produce high-quality dental models. Masitte Dental helps you to improve your dental production quality.

Fine Details

Masitte Large prints your 3D models at a high resolution and with fine details by using its high-precision laser system. With the combination of its F-theta lens, precision galvanometers, and stable linear motion system, Masitte Large prints the finest possible details with the highest resolution.

Smooth Surfaces

SLA is a 3D printing technique that gives the best results in terms of surface quality when compared to other 3D printing technologies. Masitte Large is ideal for models and applications that require a perfect appearance with the smooth surface quality it provides. In addition, it helps reduce the post-processing time, as the models can easily be sanded, polished, and painted.

Isotropic Prints

Because models are created layer by layer in 3D printing, each layer can have different properties in the X, Y, and Z axes. This means that the physical and mechanical properties of the printed model are different depending on the orientation. In the SLA printing technology that Masitte Large uses, while the model is formed layer by layer, each layer chemically bonds to each other to form a single-molecule chain. On the molecular level, there is no difference between the X, Y, and Z axes. Thus, with Masitte Large, you can produce parts with predictable mechanical performance for applications such as end-use parts and functional prototyping.

Watertight Prints

SLA printed objects are continuous, whether they are geometries with solid features or geometries with internal channels. While creating the model layer by layer, there are no gaps between layers. This situation brings with it the watertight feature. You can also test your designs with this technology that allows liquid flow and take your 3D printing experience to the next level.