Case Study
Studio LINQ required agility from F3D in this progressive approach to footwear.
Case Study
Skyfront innovates magnetometry with MJF-produced parts.
Explore all 3D printing solutions offered by GKN Powder Metallurgy through our two brands —
Forecast 3Dand
GKN Additive
Metal Laser Sintering also known as DMLS, SLM or LPBF, is a 3D-printing process which creates highly complex and intricate metal parts
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Average lead time for a prototype
Materials to choose from
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The ultimate in speed and precision for metal 3D printing, Metal Laser Sintering — which includes Direct Metal Laser Sintering (DMLS), also known as SLM (Selective Laser Melting) — additively manufactures 99 percent dense metal prototypes and end-use parts.
Producing fine featured parts with the strength and durability comparable to forged parts, the Metal Laser Sintering process is ideal for functional components requiring fast lead times and a design freedom that don't exist with traditional machining.
Metal Laser Powder Bed Fusion (LPBF) is an additive manufacturing process where a high-powered laser selectively fuses fine metal powder layer by layer to build a 3D part. The laser melts the powder according to a digital design, creating complex and highly precise metal components. After each layer is fused, the powder bed lowers, and a new layer of powder is spread for the next layer of the build.
Materials
Ideal for components requiring a combination of lightweight, complex geometries with good thermal properties
Maximum build volume
Unavailable
15.68" x 15.68" x 15.68"
Minimum feature size
Unavailable
0.030"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Low carbon, non-magnetic, austenitic stainless steel that exhibits moderate to good strength, good fracture toughness, and has generally good corrosion resistance, especially intergranular corrosion
Maximum build volume
Unavailable
10.95" x 10.95" x 11.81"
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001181 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001181 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001969 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001969 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Martensitic precipitation/age-hardening stainless steel offering high strength and hardness, along with excellent corrosion resistance, up to 600°F (316°C)
Maximum build volume
Unavailable
10.95" x 10.95" x 11.81"
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001181 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001181 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001969 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001969 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Lightweight metal with high strength-to-weight ratio, corrosion resistance, and biocompatibility
Maximum build volume
Unavailable
9.92" x 9.92" x 11.81"
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Non-magnetic, corrosion and oxidation resistant, nickel-base superalloy. Outstanding strength and toughness in the temperature range cryogenic to 2000°F (1093°C)
Maximum build volume
Unavailable
9.92" x 9.92" x 11.81"
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
High-speed tool steel with excellent wear resistance and toughness
Maximum build volume
Unavailable
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001181 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001181 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001969 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001969 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
18% nickel, cobalt strengthened steel with excellent properties, workability and heat treatment characteristics
Maximum build volume
Unavailable
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001181 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001181 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001969 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001969 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Cu-based alloys cover a much wider range of applications than most other alloys due to their functional properties. Typical applications include heat exchangers, electrical and are widely used in bearings
Maximum build volume
Unavailable
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001181 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001181 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001969 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001969 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Pure copper offering excellent electrical and thermal conductivity, ideal for heat sinks, electrical components, and thermal management applications
Maximum build volume
Unavailable
Minimum feature size
Unavailable
0.019"
Minimum embossed details
Unavailable
0.019"
Minimum engraved details
Unavailable
0.039"
Minimum hole diameter
Unavailable
0.039"
Minimum pin diameter
Unavailable
0.059"
Minimum wall thickness (supported)
Unavailable
0.031"
Minimum wall thickness (unsupported)
Unavailable
0.031"
0.001181 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001181 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001575 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001575 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.001969 SLM Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.001969 SLM Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
0.002756 EOS Prototyping
First inch
Unavailable
+/-0.005"
Each additional inch
Unavailable
+/-0.002"
0.002756 EOS Engineering
First inch
Unavailable
Drawing required
Each additional inch
Unavailable
Drawing required
Need help choosing? Contact our experts
Finishing
Enhance your parts with custom coatings that provide durability, UV resistance, and premium finishes in any color or texture you need.
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Add functional or aesthetic appeal with digitally applied textures from our standard library, including knurling, wood grain, and leather patterns.
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Need help choosing? Contact our experts
Learn more about additive manufacturing, its applications, and use cases.
Visit the Knowledge CenterCase Study
Studio LINQ required agility from F3D in this progressive approach to footwear.
Case Study
Skyfront innovates magnetometry with MJF-produced parts.