SLA 3D Printing
SLA uses controlled light to cure liquid photopolymer resin into precise solid parts. It is selected when fine features, sharp edges, smooth surfaces, and presentation quality matter.
The available resin families cover visual models as well as tough, durable, clear, flexible, high-temperature, ESD, and application-specific engineering requirements.
We optimise orientation and support placement around critical faces, then wash, post-cure, and finish the part so its dimensional and surface requirements are protected.
Up to 353 × 196 × 350 mm
Industrial SLA capacity for detailed prototypes, masters, tooling, and larger precision models.
Fine features and smooth surfaces
Layer resolutions down to 0.025 mm capture small text, textures, edges, and complex detail.
Engineering resin portfolio
Select tough, clear, durable, high-temperature, ESD, silicone-like, and production resins.
Controlled post-curing
Washing and post-curing are matched to the resin to achieve stable final properties.
SLA manufacturing details
- Standard and industrial SLA systems
- Build volume up to 353 × 196 × 350 mm
- Typical tolerance around ±0.1 mm
- Layer height down to 0.025 mm
- Support removal and UV post-curing included
- Production, Tough and Durable resin
- Clear V5 and presentation-grade materials
- High Temp and ESD resin
- Silicone 40A and flexible options
- Sanding, polishing, priming and painting available
- Detailed visual and presentation models
- Medical, dental and anatomical models
- Jewellery patterns and master models
- Precision housings, clips and small mechanisms
- Casting masters, mould patterns and fit checks
Our proven workflow
Detail and resin review
SLA printing, washing and curing
Support finishing and inspection
SLA 3D printing FAQs
When should I choose SLA?
Choose SLA when surface finish, fine detail, sharp geometry, transparency, or tight visual quality is more important than the lowest possible unit cost.
How accurate is SLA?
Industrial SLA can typically achieve tolerances around ±0.1 mm, subject to geometry, size, resin, orientation, and feature location.
Are SLA parts strong?
Strength depends on the resin. Tough, durable, high-temperature, and production resins are available for functional evaluation and selected end-use applications.
Can clear parts be produced?
Yes. Clear resin can be printed and post-finished for transparent or translucent prototypes, fluidic models, lenses, and display components.
Is post-processing included?
Yes. Parts are washed, post-cured, and supports are removed. Additional sanding, polishing, coating, or painting can be specified.
