SLA 3D Printing
About SLA 3D Printing, Stereolithography
A computer controlled UV laserbeam scans across the surface of a vat of photosensitive resin instantly turning liquid to solid wherever it touches. Succesive layers or slices of cured resin are gradually built up into a solid version of the intended CAD model.
Applications of SLA
- Master patterns for polyurethane castings.
- Aesthetic & conceptual models.
- Parts requiring crisp detail and accuracy.
- Quickcast™ investment “wax” patterns.
- Design evaluation models.
- Clear Flow analysis models.
- Waterclear models including lenses and light-guides.
Inside an SLA machine during a build
A short 2 min video of a 15 hour build of a piece of art being built on a large format SLA machine at MNL.
Benefits of SLA 3D Printing
- SLA has a high resolution.
- Often sanded, painted, & tinted.
- Prototypes can be made in a matter of hours.
- Extremely durable material making it excellent for snap fits.
- MNL’s machines have a maximum build capacity 800 x 800 x 600mm.
- Ultra Hi-res mode utilises the lasers extremely small spot size of just 0.075mm.
- Offers the best surface finish for additional finishing.
Levels of Clarity in SLA 3D Printed Parts
Exploring the differing levels of clarity that can be achieved on the SLA machines at MNL.
Being Clear About SLA
Not just used for lenses and lighting based components.
See inside your assembly with a clear version of your housing.
But how clear do you need it, or how much will it cost?
An excellent illustration of examples and uses of making SLA parts in clear materials
Examples of Projects involving SLA 3D Printed Parts
Explore many different projects where SLA 3D printing has played a part. Various projects from components used straight from the machine, through to fully finished exhibition quality models.
Got a project we could help with this minute?
Technical Section
SLA Machine Sizes at MNL
