The Stereolithography (SLA) 3D Printing Services in Perth

Stereolithography (SLA) is a highly advanced industrial 3D printing process used to create concept models, cosmetic prototypes and complex parts with intricate geometries in as fast as 1 day. SLA 3D printing services in Perth are becoming increasingly popular because of the precision and accuracy that this technology can offer. At CAD Deziners uses a laser to selectively cure photosensitive resin which then hardens into a solid object. The use of lasers makes it possible to produce very intricate details and smooth surfaces, making it ideal for creating high-quality parts with an incredibly fine level of detail.

A wide Range of Material Variety

SLA is well known for its material variety, with more than 120 different materials available for use. This range allows for the production of parts in materials such as plastic, rubber, metal and glass – all with different levels of hardness, flexibility, opacity, and coloration. SLA 3D printing also produces extremely high feature resolutions and excellent surface finishes that are perfect for applications such as concept prototyping and product testing.

Benefits of SLA 3D Printing Services

One major benefit of SLA is its speed; parts can be produced in as little as 2 hours depending on the size and complexity. With this type of speed, businesses can quickly make modifications based on feedback from customer tests or market research. Additionally, since the cured plastic is resistant to heat, chemicals and other environmental elements, it can be used to create components designed for outdoor use or long-term exposure to the elements.

The use of stereolithography enables Perth businesses to increase their design capabilities by providing them with an efficient way to manufacture customized products quickly. Whether you need concept models, cosmetics prototypes or complex parts with intricate geometries, SLA 3D printing in Perth ensures that your designs meet the highest standards without sacrificing speed or cost efficiency.

Industries we serve with SLA

SLA Printing Methods

Material Name	Quality	Min Details	Minimum Wall Thickness	Maximum Size
ABS resin (SLA) ABS resin (SLA) 3d Printings	Ultra-smooth finish	0.2mm	1mm	750x750x350
Flexible (SLA) Flexible (SLA) 3d Printings	Ultra-smooth finish	0.2mm	1mm	600x600x400
Acuura25 (SLA) Acuura25 (SLA)	Very smooth finish	0.2mm	0.8mm	250x250x250mm
Transparent resin (SLA) Transparent resin (SLA)	Very smooth finish	0.2mm	0.8mm	600x600x400
Temperature resin plastic(SLA) Temperature resin plastic(SLA)	Very smooth finish	0.2mm	1.0mm	600x600x402

Material Name	Properties	Application
Accura ABS White (SL 7820)	Tensile Strength- 46 – 48 Mpa Temperature- 51 °C	Used for prototyping, manufacturing, anatomical models and more.
Accura ABS Black (SL 7820)	Tensile Strength- 45 – 47 Mpa Temperature- 51 °C	Used for prototyping, manufacturing, anatomical models and more.
Flexible 80A	Tensile Strength- 8.9 Mpa Temperature- 38 – 56 °C	Used for shock absorption, handles, grips, overmolds, cartilage, ligament anatomy, seals, gaskets and masks.
Acuura25	Tensile Strength- 38 Mpa Temperature- 51 – 63 °C	Used for functional prototyping or end-use parts and good for short production run.
Transparent resin	Tensile Strength- 45 – 65 Mpa Temperature- 38 – 56 °C	Used for the production of river tables, glass clear embeddings and coatings as well as for applications in decoration and art.
SLA tough resin	Temperature max upto 80 C	Used for sturdy, shatter-resistant parts like enclosures or seat belt, clasps and high-performance 3D prototypes.
Temperature resin plastic	Tensile Strength- 50 – 60 Mpa Temperature- 200 – 300 °C	Used for manufacturing heat resistant fixtures, mold prototypes, hot air and fluid flow equipment, and casting and thermoforming tooling.
PMMA	ensile Strength- 64.8 – 83.4 MPa Temperature- 40 °C to 120 °C	Used as a lighter, shatter-resistant alternative to glass in everything from windows, aquariums and hockey rinks.