Selective Laser Sintering (SLS) 3D Printing Service

Achieve end-use strength and dimensional stability with SLS 3D printing technology.

Certifications:

ISO 9001: 2015

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What is SLS 3D Printing?

Selective Laser Sintering (SLS) is a powder bed fusion technology that uses a high-powered laser to fuse nylon-based polymer powder into durable, functional parts. Ideal for both rapid prototyping and end-use production, SLS delivers excellent dimensional accuracy, strength, and repeatability. During the printing process, the surrounding powder naturally supports each layer, minimizing the need for traditional support structures and enabling more complex geometries.

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Why Choose SLS 3D Printing?

Benefits

» Produces robust, functional parts capable of withstanding mechanical stress and demanding environments

» Prints complex internal channels and moving assemblies

» Enables fast turnaround times and cost-effective low-to-mid-volume production runs with consistent quality

 

Applications

» Jigs and fixtures

» Functional prototypes

» Medical components

» Consumer goods

 

SLS 3D Printing Materials

SLS Nylon 12 (PA12)

Best for prototypes, functional models, and aerospace products

Minimum build volumeUnavailable
Minimum feature size0.031"
Minimum embossed details0.039"
Minimum engraved details0.039"
Minimum hole diameter0.059"
Minimum pin diameter0.039"
Minimum wall thickness (supported)0.031"
Minimum wall thickness (unsupported)0.031"
Resolution/Tolerance Standard+/-0.015" (First inch)
Each additional inch+/-0.4%
ColorWhite
View Material Datasheet

SLS FK 5000

Best for automotive, drone parts, sporting goods, and medical training devices

Minimum build volumeUnavailable
Minimum feature size0.031"
Minimum embossed details0.039"
Minimum engraved details0.039"
Minimum hole diameter0.059"
Minimum pin diameter0.039"
Minimum wall thickness (supported)0.031"
Minimum wall thickness (unsupported)0.031"
Resolution/Tolerance Standard+/-0.015" (First inch)
Each additional inch+/-0.4%
ColorGray
View Material Datasheet

SLS PPS-GF

Best for automotive, electronics, and industrial parts

Minimum build volumeUnavailable
Minimum feature size0.031"
Minimum embossed details0.039"
Minimum engraved details0.039"
Minimum hole diameter0.059"
Minimum pin diameter0.039"
Minimum wall thickness (supported)0.031"
Minimum wall thickness (unsupported)0.031"
Resolution/Tolerance Standard+/-0.015" (First inch)
Each additional inch+/-0.4%
ColorGray
View Material Datasheet

SLS FR-106

Best for housing and enclosures, complex geometries, and certain aircraft/aerospace parts

Minimum build volumeUnavailable
Minimum feature size0.031"
Minimum embossed details0.039"
Minimum engraved details0.039"
Minimum hole diameter0.059"
Minimum pin diameter0.039"
Minimum wall thickness (supported)0.031"
Minimum wall thickness (unsupported)0.031"
Resolution/Tolerance Standard+/-0.015" (First inch)
Each additional inch+/-0.4%
ColorWhite
View Material Datasheet

SLS 3D Printing Design Guidelines

Maximum Build Volume

1.535″ x 19.68″ x 15.53″

Minimum Wall Thickness

0.031″ (supported)
0.031″(unsupported)

Minimum Feature Size

0.031″
Need help designing a 3D model file? We’ll help you create it. →

Leverage SLS 3D printing for high-quality, cost effective 3D printed parts

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Our Other 3D Printing Services

MJF 3D Printing

Functional prototyping and low-volume production

Produces industrial-grade, durable plastic parts with excellent surface finish.

Learn More ›

 

FDM 3D Printing

Industrial-grade FDM parts for rapid manufacturing

Produces cost-effective, polymer prototype parts and manufacturing aids.

Learn More ›

 

SLA 3D Printing

Rapid prototyping and show models

Delivers fine, detailed small-featured parts and large seamless components.

Learn More ›

 

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