Metal
다양한 소재의 금속 분말과 바인더를 혼합한 혼합체를 이용하여 적층제조 할 수 있다. 적용할 수 있는 분말은 뿌리기술인 분말야금과 분말사출성형공법에 사용되는 모든 분말을 적용 할 수 있으며, 고객사(기업체, 대학교 및 연구소)에서 개발 또는 양산에 사용하는 분말을 이용하여 혼합체를 제조하여 공급 할 수 있다.
Additive manufacturing can be done using a mixture of various materials of metal powder and binder. Applicable powders include all powders used in powder metallurgy and powder injection molding, which are basic technologies, and a mixture can be manufactured and supplied using powders used for development or mass production by customers (companies, universities, and research institutes).
Applicable model
All-In-Hybrid 3D Printing System, MEX 3D Printing System, D-MEX 3D Printing System
Material
Metal : Stainless steel, Copper, Tungsten, Aluminum, CP-Titanium, 64Titanium, Nickel Alloy Etc.
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Gyroid
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Gyroid (Detail)
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Octahedral
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Octahedral (Detail)
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Octahedral
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Grid
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Cubic
Step : Sintered
Material : SUS316L
Size : 17*34*8(H)mm
Inner structure : Grid
Step : Sintered
Material : SUS316L
Size : 16*16*16(H)mm
Inner structure : Cubic
Step : Sintered
Material : SUS316L
Size : 16*16*16(H)mm
Inner structure : Honeycomb
Step : Sintered
Material : SUS316L
Size : 16*16*16(H)mm
Inner structure : Octahedral
Step : Sintered
Material : SUS316L
Size : 16*16*16(H)mm
Inner structure : Sinusoidal
Step : Sintered
Material : SUS316L
Size : Ø20*40(H)mm
Wall thickness : 2mm
Inner structure : Gyroid
Step : Green part
Material : Tungsten
Model : Tool
Step : Green part
Material : Tungsten
Model : Tool
Step : Sintered
Material : SUS316L
Model : DPF Filter
Step : Green part
Material : SUS316L
Size : Ø20*40(H)mm
Wall thickness : 2mm
Inner structure : Gyroid
Step : Green part
Material : SUS316L
Size : Ø20*40(H)mm
Wall thickness : 2mm
Inner structure : Gyroid
Step : Sintered
Material : SUS316L
Size : Ø20*40(H)mm
Wall thickness : 2mm
Step : Sintered
Material : SUS316L
Size : Ø20*40(H)mm
Wall thickness : 2mm
Step : Sintered
Material : Inconel625
Inner structure : Honeycomb
Step : Sintered
Material : Aluminum
Size : 40*40*10(T)mm
Structure : Gyroid
Application : Heat sink
Material : Pure Copper
Size : 40*40*10(T)mm
Structure : Gyroid
Application : Heat sink
Material : Pure Copper
Size : 40*40*10(T)mm
Structure : Wiggle
Application : Heat sink
Material : Metal
Step : Sintered
Material : Metal
Step : Sintered
Material : Metal
Step : Sintered
Material : Metal
Step : Sintered
Metal-Metal
다양한 소재의 금속 분말과 바인더를 혼합한 혼합체를 이용하여 적층제조 할 수 있다. 적용할 수 있는 분말은 뿌리기술인 분말야금과 분말사출성형공법에 사용되는 모든 분말을 적용 할 수 있으며, 고객사(기업체, 대학교 및 연구소)에서 개발 또는 양산에 적용하는 분말을 이용하여 혼합체 제조 및 공급할 수 있다. 이종금속을 이용하여 적층제조 할 경우에는 각각 소재의 분말 입도 크기 및 형상, 밀도 등에 따른 바인더 혼합비율에 따라서 수축율이 서로 상이하기 때문에 이러한 부분을 고려하여야 하며 사용되는 금속분말의 소결 온도가 유사한 온도대역을 가지고 있어야 한다.
Additive manufacturing can be done using a mixture of various materials of metal powder and binder. Applicable powders include all powders used in powder metallurgy and powder injection molding, which are basic technologies, and the powders used in development or mass production by customers (companies, universities, and research institutes) can be used to manufacture and supply mixtures. When using dissimilar metals for additive manufacturing, shrinkage rates differ depending on the binder mixing ratio according to the powder particle size, shape, density, etc. of each material, so these factors must be taken into consideration, and the sintering temperature of the metal powder used must have a similar temperature range.
Applicable model
All-In-Hybrid 3D Printing System, D-MEX 3D Printing System
Material
Metal : Stainless steel, Copper, Tungsten, Aluminum, CP-Titanium, 64Titanium, Nickel Alloy Etc.
Material : Tungsten / Inconel625
Inner structure : Gyroid
Step : Green part
Material : SUS316L (8um/50um)
Model : Filter
Inner structure : Gyroid
Step : Green part
Published as a paper
Material : SUS316L (8um/50um)
Model : Filter
Inner structure : Gyroid
Step : Sintered
Published as a paper
Material : SUS316L (8um/50um)
Model : Filter
Inner structure : Gyroid
Step : Sintered
Published as a paper
Material : SUS316L
Model : Filter
Step : Green part
Material : SUS316L
Model : Filter
Step : Sintered
Material : Copper / Aluminium
Model : Heat sink
Inner structure : Gyroid
Step : Green part
Material : SUS316L / Inconel625
Model : Filter
Inner structure : Pattern
Step : Green part
Material : SUS316L / SUS630
Inner structure : Honeycomb
Step : Sintered
Material : Metal / Metal
Model : Rectangle base
Step : Green part
Material : Metal / Metal
Model : Circuit
Step : Green part
Material : Tunsten / Metal
Model : Tool
Step : Green part
Ceramic
다양한 소재의 세라믹 분말과 바인더를 혼합한 혼합체를 이용하여 적층제조 할 수 있다. 적용할 수 있는 분말은 뿌리기술인 분말야금과 분말사출성형공법에 사용되는 모든 분말을 적용 할 수 있으며, 고객사(기업체, 대학교 및 연구소)에서 개발 또는 양산에 사용하는 분말을 이용하여 혼합체를 제조하여 공급 할 수 있다.
Additive manufacturing can be done using a mixture of ceramic powders and binders of various materials. Applicable powders include all powders used in powder metallurgy and powder injection molding, which are basic technologies, and a mixture can be manufactured and supplied using powders used for development or mass production by customers (companies, universities, and research institutes).
Applicable model
All-In-Hybrid 3D Printing System, MEX 3D Printing System, D-MEX 3D Printing System
Material
Ceramic : Zirconia, Alumina, Boron carbide, gadolinium(iii) oxide, SiC, Slip powder Etc.
Material : Zirconia (White)
Model : Teeth
Step : Sintering - Barrel
Material : Zirconia (Black)
Model : Ball
Step : Sintering - Barrel
Material : Zirconia (Black)
Model : Impeller
Step : Green Paer
Material : Zirconia (White)
Model : Crown
Step : Sintering - Barrel
Material : Zirconia (Black)
Model : Camera deco
Step : Sintered
Material : Zirconia (White)
Model : Accessory
Step : Sintered
Material : Zirconia (White)
Model : Grid
Step : Sintered - Barrel
Material : Zirconia (Black)
Model : Grid
Step : Sintered - Barrel
Material : Slip Feedstock(Background)
Model : Gyroid Pattern
Step : Sintered@1,260 ℃
Material : Slip powder
Model : Gyroid Pattern
Step : Sintered@1,260 ℃
Material : Slip powder
Model : Gyroid Pattern
Step : Sintered@1,260 ℃
Material : Slip powder
Model : Octahedral Pattern
Step : Sintered@1,260 ℃
Ceramic-Ceramic
다양한 소재의 세라믹 분말과 바인더를 혼합한 혼합체를 이용하여 적층제조 할 수 있다. 적용할 수 있는 분말은 뿌리기술인 분말야금과 분말사출성형공법에 사용되는 모든 분말을 적용 할 수 있으며, 고객사(기업체, 대학교 및 연구소)에서 개발 또는 양산에 적용하는 분말을 이용하여 혼합체 제조 및 공급 할 수 있다. 이종의 세라믹을 이용하여 적층제조 할 경우에는 각각 소재의 분말 입도 크기 및 형상, 밀도 등에 따른 바인더 혼합비율에 따라서 수축율이 서로 상이하기 때문에 이러한 부분을 고려하여야 하며 사용되는 세라믹분말의 소결 온도가 유사한 온도대역을 가지고 있어야 한다.
Additive manufacturing can be done using a mixture of ceramic powder and binder of various materials. Applicable powders include all powders used in powder metallurgy and powder injection molding, which are basic technologies, and the mixture can be manufactured and supplied using powders that are being developed or applied to mass production by customers (companies, universities, and research institutes). When using different types of ceramics for additive manufacturing, shrinkage rates differ depending on the binder mixing ratio according to the powder particle size, shape, density, etc. of each material, so these factors must be taken into consideration, and the sintering temperature of the ceramic powder used must have a similar temperature range.
Applicable model
All-In-Hybrid 3D Printing System, D-MEX 3D Printing System
Material
Ceramic : Zirconia, Alumina, Boron carbide, gadolinium(iii) oxide, SiC Etc.
Material : Zirconia (Multi Color)
Structure : Honeycomb
Step : Green part
Material : Zirconia (Multi Color)
Structure : Honeycomb
Step : Sintered - Barrel
Material : Zirconia (Multi Color)
Model : Accessory
Step : Green part
Material : Zirconia (Multi Color)
Model : Vase (Miniature)
Step : Sintered - Barrel
Material : Zirconia (Multi color)
Model : Watch case
Step : Green part
Material : Zirconia (Multi Color)
Model : Vase (Miniature)
Step : Green part
Material : Zirconia (Black/White)
Model : Cube
Step : Green part
Material : Zirconia (Black/White)
Model : Ring
Step : Green part
Metal-Ceramic
다양한 소재의 금속 분말 또는 세라믹 분말과 바인더를 혼합한 혼합체를 이용하여 금속-세라믹 이종 소재를 이용한 적층제조 할 수 있다. 적용할 수 있는 분말은 뿌리기술인 분말야금과 분말사출성형공법에 사용되는 모든 분말을 적용 할 수 있으며, 고객사(기업체, 대학교 및 연구소)에서 개발 또는 양산에 적용하는 분말을 이용하여 혼합체 제조 및 공급 할 수 있다. 금속과 세라믹 이종 소재는 각각의 분말 입도 크기 및 형상, 밀도에 따른 바인더 혼합 비율, 그리고 금속 분말과 세라믹 분말의 서로 다른 소결 등 고려해야 할 사항이 많다.
Additive manufacturing using metal-ceramic heterogeneous materials is possible using a mixture of various materials of metal powder or ceramic powder and binder. Applicable powders include all powders used in powder metallurgy and powder injection molding, which are basic technologies, and mixtures can be manufactured and supplied using powders that customers (companies, universities, and research institutes) use for development or mass production. There are many things to consider about metal and ceramic heterogeneous materials, such as the particle size and shape of each powder, the mixing ratio of binder according to density, and the different sintering of metal and ceramic powders.
Applicable model
All-In-Hybrid 3D Printing System, D-MEX 3D Printing System
Material
Metal : Stainless steel, Copper, Tungsten, Aluminum, CP-Titanium, 64Titanium, Nickel Alloy Etc.
Ceramic : Zirconia, Alumina, Boron carbide, gadolinium(iii) oxide, SiC Etc.
Material : Soft magnetic / Ceramic
Step : Green part
Published as a paper
Material : Soft magnetic / Ceramic
Step : Sintered
Published as a paper
Material : Metal / Ceramic
Model : Specimens
Step : Green part
Material : Metal / Ceramic
Model : Specimens
Step : Green part
Material : Metal / Ceramic support
Model : Turbine blade (Miniature)
Step : Green part
Material : Metal / Ceramic support
Model : Impeller
Step : Green part
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