Laser Stereolithography Technology (SLA)

Laser Stereolithography (SLA) allows for fast and effective 3D printing of functional ceramic parts. The technology prints successive layers using a laser that polymerizes a paste composed of photosensitive resin and ceramic.

Assorted small mechanical and industrial parts arranged on a white illuminated surface.

How It Works

Laser Stereolithography is a unique technology that sees ceramic components being produced by using a laser to polymerize a paste composed of photosensitive resin and ceramic layer by layer. The parts are then subjected to heat treatment for debinding followed by sintering to eliminate the resin and support and densify the ceramic. Post-treatment processes such as polishing can be administered at the end to give the product a different finish.

The Results

Accessibility

Ceramic products can be made swiftly and effectively without relying on the traditional ceramic making process or molding.

Customisation and Cost Effectiveness

SLA printing technology allows for highly customised and geometrically complex shapes to be made in a fast and cost-efficient way.

Product Innovation

With enhanced design flexibility, outstanding material properties, and improved efficiency, new possibilities for product innovation and development emerge across industries.

Popular Applications

Medical & Dental

Enables production of patient-specific medical models, surgical guides, custom implants, and dental appliances with biocompatibility and precision.

Toolings

Create composite tooling molds, lay-up tools, metal processing tooling, trimming fixtures, and production tooling with reduced cost and time.

Manufacturing Support

Keep your factory floor agile with on-demand 3D-printed solutions that boost efficiency, cut downtime, and ensure accuracy where it matters most.

End-Use & Production Parts

Transform ideas into durable, functional end-use or finished-good parts that’s ready for real-world use and low-volume production, with the freedom to design without limits.