Stereolithography (SLA) is one of the earliest 3D printing technologies, and it remains a popular choice decades after its inception. SLA creates highly detailed prints quickly, making it the perfect match for prototypes and display pieces. The automotive and art industries in particular turn to SLA for these impressive features.

Want to learn more about Stereolithography? Browse our technology page to find all the details on the materials, finishing degrees, and design guidelines when using this 3D printing technology: https://mtls.am/3VAl15c


Plus, discover how versatile SLA can be. We offer eight different materials for this technology:

Poly1500 is a translucent material with properties comparable to polypropylene ― https://mtls.am/3ToqJW8

ProtoGen White is a resilient material with good surface quality and thermal properties ― https://mtls.am/3yHjCQL

TuskXC2700T is transparent and suitable for strong, water-resistant prototypes ― https://mtls.am/3g9QhrI

TuskXC2700W is white and suitable for strong, water-resistant prototypes ― https://mtls.am/3MJxCPO

Taurus is charcoal black and has very high elongation at break ― https://mtls.am/3eDm1VC

Xtreme has high impact strength, high elongation at break, and excellent surface quality ― https://mtls.am/3yKtjO8

Tusk Somos SolidGrey3000 has high impact resistance and a high degree of stiffness ― https://mtls.am/3SmUcit

PerFORM is a strong, stiff resin with high thermal resistance ― https://mtls.am/3T9ITLp


Take a look at what can be achieved with Stereolithography. From recreating a mammoth skeleton to rapid prototyping, SLA is dependable for a wide range of applications.

Learn how Materialise 3D printed a life-size mammoth skeleton using Stereolithography: https://mtls.am/3T6mLlp

Discover the top 4 reasons to use Taurus for your next automotive prototyping project: https://mtls.am/3S3KMIh