SELECTIVE LASER
SINTERING [SLS]
Produce
superior end-use parts with
Selective Laser Sintering.
Create tough, durable parts from production-grade nylon materials, in small-batch, bridge, or custom manufacturing runs.
The Selective Laser Sintering (SLS) machine uses a high-powered laser to sinter tiny particles of polymer powder into the shape of a solid part, based on a 3D design — layer by layer. It’s favoured because of the low cost per part and its high productivity, which is suitable for a range of applications from rapid prototyping to small-batch, bridge or custom manufacturing.
Once the parts are printed, they’re left to cool before transitioning to the post-processing stage of the additive manufacturing journey. It’s been trusted and used by engineers across a variety of industries because of its advanced manufacturing capabilities.
THE SLS Printers.
The ProX SLS 6100 and ProX SLS 500 both deliver best-in-class part quality, fast build times, automated production tools and a 20% lower total cost of operation over similar printers.
The ProX 6100 by 3D Systems
460mm x 380mm x 330mm Capacity
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PA12 NYLON - Duraform ProX PA and PAX
Ideal for use in additive manufacturing and functional prototypes. Biocompatible and food-grade safe. The ProX SLS 6100 delivers best-in-class part quality and fast build times.
ProX 500 by 3D Systems
480mm x 380mm x 330mm Capacity
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PA12 NYLON - Duraform ProX PA
Ideal for use in additive manufacturing and functional prototypes. Biocompatible and food-grade safe. The ProX 500 is the precursor to the ProX SLS 6100 and like it, delivers best-in-class part quality and fast build times.
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SLS Case Study
We've been extremely impressed with FI Innovation's professionalism, quality, pricing and speed of completion. They are willing to work with early-stage companies but also have the capabilities for scalability and large production runs. I highly recommend their services as they've been amazing to work with!
HEATHER [Calmpipe]
From Prototyping to Production.
Elevate the standard of your 3D prints with our finishing options. Although 3D printing technology constructs objects layer-by-layer, this process can sometimes lead to a slightly coarse surface.
Finishing not only eradicates the layered appearance but also significantly enhances the exterior surface of your end-use parts. Regardless of whether you're prototyping or producing, these finishes can render your part a smooth surface, remarkably similar to parts produced using traditional injection molding.
The choice of the right 3D printing finish, however, depends on various factors. These include compatibility with materials, durability for different use-cases, and of course, the cost.
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If you can dream it
we can make it.
At Fi Additive, we turn challenges into opportunities for innovation.
Our team has deep technical expertise and unique problem-solving capabilities to transform visions into tangible realities. If you have a tailor-made manufacturing job or a complex project that demands a hands on approach, we’ll work with you to ensure it’s a success.
Discuss your project with the team today