SLA 3D Printing Service In Australia

Stereolithography (SLA) is a 3D printing technique used as an additive manufacturing technology to crop accurate, isotropic, and waterproof prototypes. Using the laser or projector technology, SLA printing machines use “resin”, light-reactive thermoset materials, to process liquid resin and transform it into solid plastic. This technology is best for producing the highest resolution and precision of SLA parts.

Being an expert SLA 3D printing service provider, we are an excellent choice for fast prototyping. Get an instant online quote now!

Benefits Of SLA Printing

SLA 3D printing services in many places in Australia including Sydney, Melbourne, Brisbane, Perth, and Adelaide have gained recognition for their effectiveness since their development. It is the most frequently used technique for manufacturing prototypes. Many other 3D printing services have come into the market, but SLA is still the most efficient. This printing method is way less time-consuming than others. It makes SLA preferable for preparing quality products in a shorter span.

Being the first technique ever developed for 3D printing, SLA has its own set of advantages. They are:

Accuracy – The technique allows a high level of precision and accuracy to produce the items. It is because of the sheer thinness in each of the prepared layers, ranging from 0.05 up to 0.10 of an mm. The maximum build volume is 1200x800x600mm.
Materials used – The materials used in the process are resin for 3D printing. They are also known as substitutions materials. They provide a good level of surface quality that is highly functional and makes a good bind. The materials used in this printing make sure to form the perfect end product.
Speedy process – This technique also has a unique level of speed that makes the process quicker. It does not take more than two days to complete the product. In addition, it does not require the need for a mold because it works on the principle of layering.

Why Our SLA services

We are one of the best service providers for making 3D printed prototypes and products in various plastics using SLA techniques. The 3D models are useful for engineering tests and other sampling procedures. Its preparation is efficient and provides great results. The SLA techniques make sure to form the required shape without taking much time. It is a convenient method compared to other types of printing. We use the best raw materials with properties like heat resistance, toughness, flexibility, etc. It makes suitable prototypes, and access to the best industrial machines allows manufacturing several identical parts at a time with precision.

The accuracy of the developed products is almost close to 100 microns. Moreover, we are local manufacturers and have fast turnaround times. Thus, businesses can get in touch to get their needs fulfilled in a minimum lead time.

We are well known for offering quality services of 3D printing. We ensure to follow the process of manufacturing 3D objects with precision. Stereolithography 3D Printing Services in Australia requires following the standard procedure to form the model. By choosing us, you will endure a satisfying experience without any inconvenience. We understand the needs of our clients and then work accordingly. Our team of workers specialize in 3D printing services. SLA is one of the most cost-efficient methods of 3D printing in Sydney, Melbourne, Brisbane, Perth, and Adelaide. It helps you to get the desired object without spending fortunes.

Features of SLA printing

SLA is the best printing method for achieving fine and smooth-surfaced 3D objects. It caters to printing services by developing premium products at the most reasonable prices. The layering procedure in this type of printing is very precise and results in quality 3D objects. With the advancement of technology, SLA has become most common for creating smooth and fine models without hassle in Sydney, Melbourne, Brisbane, Perth, and Adelaide. With the innovative techniques of this printing method, the final product becomes similar to the real one.

Some common features of SLA printing are:

Cost-saving – It is an inexpensive technique for quick prototyping, maintaining fine surface accuracy and quality simultaneously. Due to the reasonable price of the service, it is accessible to everyone. The cost-efficiency of the printing does not affect its quality.
Detailing – The technique has a tolerance of +/-.004” per inch. Moreover, the resin is used as the material which is best for painting and polishing after processing. Among the other features of SLA, detailing is one of the most significant ones. It ensures to develop a product that has a premium surface with smooth edges.
Geometry – The technique effectively combines several components and complex geometries as compared to traditional methods. Angles play an important role in SLA printing. It identifies the size and surface area of the objects. These measurements are necessary to create a perfect 3D object.

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.