Our AM Facilities


MRL has a complete suite of additive manufacturing machines, each with a particular purpose. Different materials (i.e. Nickel and Titanium) have unique microstructures that can only be built using a particular set of solidification front velocities (R) and thermal gradients (G). Different printer technologies have different possible G&R which make them strong candidates for processing different materials. MRL uses its ICME tool, iCAAM to make decisions about which printer technology is most suitable for each material.
3D Systems ProX 200

- Selective Laser Melting (DMP Technology)

- Build Volume (L x W x H): 140 x 140 x 115 mm

- Compressive Packing Roller

- Accuracy is +/- 50 µm

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3D Systems ProX 300

- Selective Laser Melting (DMP Technology)

- Build Volume (L x W x H): 250 x 250 x 330 mm

- Compressive Packing Roller

- Accuracy is +/- 50 µm

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ARCAM Q10 Plus

- Electron Beam Melting

- Build Volume (L x W x H): 200 x 200 x 180 mm

- ARCAM Layering System

- High Precision for Medical Grade Parts

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MRL DED

- Direct Energy Deposition (Wire or Blown Powder)

- Build Volume (L x W x H): 3 x 3 x 3 ft

- MRL Slicing & G-Code

- Accuracy is +/- 2 mm

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Aluminum

Steel

Titanium

Nickel

Novel Alloys

Other

AlSi10Mg 316L Ti-6Al-4V IN718 MRL MgAlloy Cobalt Chrome
Addalloy HX 17-4 PH Ti 185 Haynes 230 MRL RHEA Contact for More
Addalloy 5T AF 9628 MAR M247
Addalloy 7S 4340
Addalloy 7SM2 Carbon Steel
Scalmalloy
A7050-RAM2

MRL's Industrial Examples

There are a wide variety of application for metallic additive manufactured parts. AM has a wider design space than possible by conventional parts, and MRL takes advantage of this when building new parts with AM.

Aerospace

There are a wide variety of application for metallic additive manufactured parts. AM has a wider design space than possible by conventional parts, and MRL takes advantage of this when building new parts with AM.

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Ground Vehicles/Automotive

There are a wide variety of application for metallic additive manufactured parts. AM has a wider design space than possible by conventional parts, and MRL takes advantage of this when building new parts with AM.

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Defense

There are a wide variety of application for metallic additive manufactured parts. AM has a wider design space than possible by conventional parts, and MRL takes advantage of this when building new parts with AM.

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Medical

There are a wide variety of application for metallic additive manufactured parts. AM has a wider design space than possible by conventional parts, and MRL takes advantage of this when building new parts with AM.

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Custom Work

There are a wide variety of application for metallic additive manufactured parts. AM has a wider design space than possible by conventional parts, and MRL takes advantage of this when building new parts with AM.

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