Selective Laser Sintering Technology

A Game Changer in Manufacturing

Go beyond conventional techniques to access a new level of production freedom using engineering thermoplastics.

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What is Selective Laser Sintering (SLS)

Laser Sintering also known as Selective Laser Sintering (SLS) builds complex parts directly from 3D CAD data via a heat laser that fuses or sinters powdered thermoplastics. Similar to other 3D printing technologies, it enables part consolidation and complex geometries, however, SLS is unique in that it eliminates the need for support structures. Parts built with SLS are printed in a bed of self-supporting powder; the excess powder is easily shaken out during post-processing.
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The Process

3d cad model

Step 1: Design and Prepare the File

The 3D model of the part is created using CAD software. Slicing software is then used to slice 3D model into layers, in preparation for printing.
3d cad model

Step 2: Prepare the Printer

The ceramic-loaded liquid (slurry) is automatically dispensed and applied to a transparent vat. The movable build platform is dipped into the slurry from above, which is then selectively exposed to visible blue light from below the tub. The layered image is produced via a digital micromirror device (DMD) in combination with a state-of-the-art projection system. By repeating this process, a three-dimensional green part can be created layer by layer.
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Step 3: Print

The FDM printer then melts the plastic filament and deposits it onto tray, building the part layer by layer from the bottom up. This enhances part strength.
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Post Processing

After the 3D part is printed, it’s then left to cool and solidify so support structures can be removed and finishing can take place. This can be done by sanding or painting the part to match your design.
3d cad model

3D CAD Model

The 3D model of the part is created using CAD software. Slicing software is then used to slice 3D model into layers, in preparation for printing.
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Printing

The FDM printer then melts the plastic filament and deposits it onto tray, building the part layer by layer from the bottom up. This enhances part strength.
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Post Processing

After the 3D part is printed, it’s then left to cool and solidify so support structures can be removed and finishing can take place. This can be done by sanding or painting the part to match your design.
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Advantages of our Selective Laser Sintering Technology

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Design Freedom

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High Productivity and Throughput

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Proven, End-Use Materials

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Competitive Cost Per Part

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Reduced Product Development Cycles

Parts Printed Using Selective Laser Sintering Technology

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Case Study

Radford Motors uses FDM

Radform motors makes low-volume, highly customised specialty automobiles. Part of the company's recipe for success includes uniqe materials, tool-less prodcution and agile capabilities of additive manufacturing.

Read Case Study
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Case Study

IRIS Ohyama Uses Multiple 3D Printing Platfroms to Speed Up Product Development

IRIS Ohyama uses multiple printing platforms to speed up product development

Read Case Study

Ready to Print Using Selective Laser Sintering Technology?

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Service Bureau

If investing in 3D printers are not it, consider printing your parts using our service bureau. parts are delivered directly to your door.
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SLS 3D Printers

Check out our range of SLS 3D printers and go beyond conventional with Selective Laser Sintering.
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Objective3D is a leading provider of Additive Manufacturing (AM) solutions in Australia and New Zealand. They offer a range technology solution for thermoplastic and photopolymer from Stratasys, ceramics from Lithoz, and metal from GE Additive, as well as Artec 3D Scanners and Materialise AM Software. Supported by the Stratasys Direct Manufacturing Global Network, Objective3D also offers manufacturing on-demand services and is ISO 9001 certified.
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