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Selective Laser Sintering (SLS) 3D Printing
SLS 3D Printing
Selective Laser Sintering or SLS is industrial quality 3D printing technology. Which builds accurate and durable parts from nylon (PA 12) materials. SLS is used extensively for prototypes and production parts. Similar to other 3D Printing technologies it builds parts layer by layer, from a powder material. Due to the versatile nature of powder based printing, SLS 3D printed parts are able to form complex shapes, without support structures.
There are a range of material options for SLS but at HLH we run either a PA 12 material or a PA 12 glass filled 3D printed parts. Contact us today for a free project review.
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Advantages of SLS 3D Printing
There are many advantages to using SLS 3D printing, which make Selective Laser Sintering popular among engineers & manufacturers. SLS 3D printing is fast, enabling high productivity. And the parts produced use strong adhesives, enabling complex shape production which can be easily dyed or coloured.
- Great for functional parts and prototypes
- Complex geometries
- Low volume production possible
- Rapid production
- High strength material
- Fast and flexible
What is it used for?
SLS 3D Printing is a good choice for prototypes and low volume production where strength and function are important. SLS parts are increasingly used not just for prototypes but also in a great number of production applications in several industries. SLS produces accurate and repeatable parts and can realise complex geometries.
Start Your Free Project ReviewSLS 3D Printing Tips
SLS is an incredibly versatile process and allows a great range of possibilities for both prototypes and production. Anything you can do to keep the weight of the part down without compromising performance will help keep costs down. Any thick sections you hollow out will need escape holes for the excess material.
As SLS builds parts from a powder material it does have a rough surface finish and resolution is not as high as some other processes. This is worth remembering when designing any fine details or features.
There are many surface finishing solutions worth considering.
Another SLS tip is to avoid large flat surfaces in the designs, as such surfaces are susceptible to warping. However, if these flat surfaces are a critical part to your SLS part design, ribs should be added to provide support.
You can download our SLS design tips here.
To talk to us about your SLS for prototype or production get in touch with our team here.
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