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Solid Concepts Inc. Brochure

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Part cosmetically finished<br />

with hand sanding, primer<br />

and color matched paint.<br />

SLS ®<br />

Selective Laser Sintering<br />

DMLS ®<br />

Direct Metal Laser Sintering<br />

FDM ®<br />

Fused Deposition Modeling<br />

SLS utilizes Nylon 11 and Nylon 12<br />

materials along with property enhancing<br />

fillers to produce rugged prototypes<br />

and production parts. SLS parts are<br />

lightweight, heat and chemical resistant,<br />

accurate and durable, making them<br />

suitable for a wide range of industries.<br />

Since SLS does not require support<br />

structures during the build process,<br />

designs previously thought impossible<br />

are now being manufactured with SLS.<br />

DMLS uses metal and alloy materials<br />

to accurately and rapidly produce<br />

prototype and end-use parts. This<br />

technology is excellent at reproducing<br />

fine detail and is ideal for smaller<br />

prototypes, high-temperature<br />

applications, aerospace components<br />

and custom medical and dental parts.<br />

FDM is a highly accurate additive<br />

manufacturing process that uses<br />

production-grade thermoplastic<br />

materials such as ABS, polycarbonate<br />

and Ultem. FDM is often used for<br />

functional prototypes, to create<br />

small quantities of production<br />

parts or to simulate end-use<br />

parts before actual production.<br />

High Temperature<br />

Laser Sintering<br />

<strong>Solid</strong> <strong>Concepts</strong> is the first service provider<br />

in North America to offer High Temperature<br />

Laser Sintering. What sets this technology<br />

apart from traditional SLS is the elevated<br />

temperatures required during the build<br />

process and improved characteristics<br />

of resulting products. This technology<br />

is available with the world’s first true<br />

high-performance polymer - PEEK.<br />

PEEK material was used to create<br />

this aerospace hot air mixer due to<br />

its ability to withstand intense heat.<br />

solidconcepts.com

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