Service Details
How Our SLS Printing Solutions Work
At 3D Hub Ecosystems , we turn your functional designs into durable, production-ready parts using advanced Selective Laser Sintering (SLS) technology. Known for its ability to produce strong, complex geometries without support structures, SLS is ideal for robust prototypes and low-to-mid volume end-use components across industries like aerospace, automotive, healthcare, and consumer products.
Using high-performance nylon powders and precision laser sintering, our SLS solutions ensure exceptional strength, thermal resistance, and design freedom—empowering your product development with durable and cost-effective results.
Core Features
Powder-to-Product Workflow
We manage the entire process—from CAD preparation to powder recovery and post-processing—ensuring maximum build density and minimal material waste.
Industrial-Grade Nylon Materials
Select from PA12, PA11, and reinforced composites for high strength, impact resistance, and thermal stability in demanding applications.
No Support Structures Needed
SLS allows for greater geometric freedom by using unsintered powder as a natural support—perfect for enclosed features and complex internal channels.
Functional & Durable End-Use Parts
SLS parts exhibit excellent mechanical properties, making them ideal for functional testing, jigs, fixtures, and final-use products.
Implementation Process
Application Review & Part Evaluation
We assess your design's mechanical load, use environment, and required tolerances to recommend the best material and SLS parameters.
Build Setup & Nesting Optimization
Our team optimizes part orientation and nesting within the build chamber to maximize throughput, minimize warping, and reduce cost per part.
SLS Printing & Cooling Cycle
Parts are selectively sintered layer by layer with a laser in a bed of nylon powder, followed by a controlled cooling process to preserve dimensional integrity.
Depowdering, Finishing & Delivery
After the build, parts are depowdered, optionally polished or dyed, and quality-checked before delivery—ready for real-world application or assembly.