Materials for Metal 3D Printing

Introducing supported materials in our metal 3D printing services

Below is the supported materials in our metal 3D printing services, with applicable methods and sizes listed together.
We will select the best material for your needs. Please contact us for any questions, as well as for inquiries about PPS (polyphenylene sulfide) printing.

Supported Materials

Methods Powder Bed Fusion*1 DED*2
Supported Sizes (mm) Standard : 250x250xH300*3 Maximum:Φ1,320×H1,150*4
1 Nickel Alloy ALLOY IN718 ○ ○
2 Nickel Alloy ALLOY IN625 ○
3 Nickel Alloy ALLOY C276 ○
4 Nickel Alloy ALLOY X ○
5 Titanium (Ti64) ○ ○*6
6 Pure Tungsten (W) ○*5
7 Pure Tantalum (Ta) ○*5
8 Pure Niobium (Nb) ○*5
9 Pure Molybdenum (Mo) ○*5
10 Stainless Steel 316L*
*Similar to X2CrNiMo17-12-2(ISO) /		 ○ ○
11 Stainless Steel 630*
*Similar to X5CrNiCuNb16-4(ISO) /		 ○ ○
12 Stainless Steel 420J2*
*Similar to X30Cr13(ISO) / S42000(AISI)		 ○
13 Stellite 6 ○
14 Maraging Steel ○ ○
15 Alloy Tool Steel (SKD 61) ○
16 High-Speed Tool Steel (SKH51) ○
17 High Thermal Conductivity Powders for Molds HTC™45 ○
18 Die steel-based powder for printing large products AMDAP™LTX420 ○
19 Super Invar ○ ○*6
20 Aluminum Alloy (AlSi10Mg) ○ ○*6
21 Aluminum Alloy (AlSi12) ○
22 Aluminum Alloy (Al-Fe1.2) ○*5
23 Aluminum Alloy (Scalmalloy) ○*5
24 Copper-Chromium Alloy (CuCr) ○*5
  • *1：
    Powder Bed Fusion: This method involves spreading a bed of metal powder and then using a laser to melt and layer the material. It is suitable for creating relatively small, complex shapes with high precision
  • *2：
    DED: Directed Energy Deposition. For additional printing onto an existing piece, DED may not be applicable depending on the shape or the material of the existing workpiece.
  • *3：
    Maximum supported weight is 675kg (after printing).
  • *4：
    Contact us for bigger size requirements.
  • *5：
    Contact us if the size goes over Φ100xH100㎜.
  • *6：
    Maximum size: 500×500×H500mm

Metal 3D Printing Services

About Us

Toray Precision is a pioneer in precision micromachining technology.

Since the founding of Toray Precision Co., Ltd. in 1955, we have been contributing to the synthetic fiber industries worldwide, by making spinnerets which is a key technology for synthetic fiber manufacturing.
Our experiences and technologies obtained through our history in the precision micromachining field are widely used in various industries nowadays, including semiconductor, measurement/inspection, aerospace, and medical instruments.

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