Selective Laser Sintering (SLS) produces parts that are strong, functional, and support-free — making it the preferred technology for complex geometries, moving assemblies, and end-use components that need to perform under real-world conditions. CORE operates the Formlabs Fuse 1+ 30W — a professional SLS system capable of printing in PA12, PA11 biocompatible, and carbon fibre Nylon, with 70% powder recyclability.
SLS is the technology that closes the gap between prototype and production: parts are strong enough to be tested in real conditions, accurate enough to validate tolerances, and finished to a standard that can be used in end-use applications without further processing. For complex functional assemblies, for medical-grade applications, and for any part that needs to perform rather than simply demonstrate, SLS is the answer.
CORE is one of the few providers in Saudi Arabia offering professional SLS capability, with full powder management infrastructure and a quality system that supports biocompatible and safety-critical applications.
What’s included
- SLS printing in PA12 Nylon — standard engineering applications
- PA11 biocompatible printing for medical and skin-contact applications
- Carbon Fibre Nylon (CF Nylon) for high strength-to-weight applications
- Complex geometry printing — internal channels, lattices, moving parts
- Support-free printing for undercuts and complex assemblies
- Powder recycling programme — 70% recyclability maintained
- Post-processing: media blasting, dyeing and sealing
- Dimensional inspection and mechanical testing coordination
- Batch production capability for small-series manufacturing
Who this is for
Engineers and manufacturers needing strong functional prototypes or end-use parts, medical device developers, industrial designers with complex geometry requirements, and organisations bridging prototype to production.
Build parts that actually perform. Let’s review your SLS application.