Revolutionary SLS: Molding Future

SLS (Selective Laser Sintering)

SLS: Cutting-Edge 3D Printing

Revolutionizing Manufacturing: SLS Technology Transforms Production with Precision and Efficiency

SLS harnesses a CO2 laser to fuse powdered thermoplastics, crafting durable, intricate components with built-in support systems. Complex geometries thrive sans dedicated structures. SLS parts excel in functional testing, rapid prototyping, and additive manufacturing, offering strength, watertightness, heat resistance, and diverse nylon choices. Embracing SLS is ideal for applications demanding robust, chemically resistant materials and elevated heat endurance.

BENEFITS

Exceptionally Robust Components: Resilient, High-Temperature, and Chemical-Resistant Materials.

LEAD TIME

Typically, SLS projects are shipped within a standard lead time of 3-5 business days.

TOLERANCES

SLS prototypes exhibit impressive tolerances, with a precision of +/- .005″ for the initial inch, and an added accuracy of +/- .002″ for each subsequent inch.

BUILD LAYER THICKNESS

SLS components are commonly fabricated using a standard layer thickness ranging from .004″ to .005″.

RECOMMENDED MINIMUM FEATURE SIZE

With SLS technology, parts should have a minimum feature size of .030″-.035″ and can be built as large as 22″ x 22″ x 30″ using Duraform Nylon on our sPro 230 printer.

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What we offer

IDEAL USES OF SLS

➟ DDM: Enabling direct digital manufacturing
➟ Customized functional parts at high volumes
➟ High heat-resistant prototypes for various applications
➟ Automotive components for under the hood applications
➟ Versatile living hinges and functional enclosures
➟ Rugged production parts in low volumes

SLS PRINTERS

➟ sPro 60 HD
➟ sPro 230
➟ ProX SLS 500
➟ EOS P 396

SLS MATERIALS

➟ Nylon
➟ Glass Filled Nylon
➟ Durable Nylon

SLS FINISHING OPTIONS

➟ Cyanoacrylate Dip (Water/Air tight)
➟ Painted
➟ Bead Blasting

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