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EP-M250 metal 3D printer can directly manufacture structure

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            Metal Powder Bed Fusion 3D Printer

            EP-M250 Metal 3D Printer

            EP-M250 metal 3D printer can directly manufacture medium size arbitrary complex structure (lattice lightweight, integrated or topology structure) and achieve close to 100% density metal parts.

            Features
            Specification
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            Features

            Metal Powder Bed Fusion Technology

            Metal Powder Bed Fusion technology, which is also known as Selective Laser Melting.
            Using the fiber laser can directly melt alloy metal powder layer by layer to produce high performance metal parts directly.

            Features

            Metal Powder Bed Fusion Technology

            Metal Powder Bed Fusion technology, which is also known as Selective Laser Melting.
            Using the fiber laser can directly melt alloy metal powder layer by layer to produce high performance metal parts directly.

            Material utilization rate is high, making cost lower

            The build part forms layer after layer out of alloy metal powder, and the material utilization rate is pretty high by comparing with milling process, which is especially made for the manufacturing of metal parts, including titanium alloy, nickel alloy and other precious or difficult-processed metal material.

            Material utilization rate is high, making cost lower

            The build part forms layer after layer out of alloy metal powder, and the material utilization rate is pretty high by comparing with milling process, which is especially made for the manufacturing of metal parts, including titanium alloy, nickel alloy and other precious or difficult-processed metal material.

            Wide Application

            EP-M250 has wide application in aerospace, automotive, biomedical and tooling etc.

            Wide Application

            EP-M250 has wide application in aerospace, automotive, biomedical and tooling etc.

            Specification

            Build Volume (X*Y*Z)

            262x262x350mm3


            Spot Size

            70μm


            Max Scan Speed

            8m/s


            Layer Thickness

            20-100μm


            Build Speed

            5-20cm3/h?*


            Material

            Titanium?Alloy,?Aluminium?Alloy,?Nickel?Alloy,?Maraging?Steel,?Stainless?Steel,?Cobalt?Chrome,?Copper?Alloy,?etc.?


            Power

            380V,?26A,?50/60Hz,?10KW??


            Gas?Supply

            Ar/N?


            Oxygen?Content?of?Chamber?

            ≤100ppm


            Dimensions?(W*D*H)

            2500x1000x2100mm3


            Machine?Weight?

            1500kg


            Control?Software?

            Eplus?3D?Control


            Input?Data?Format?

            STL?or?other?convertible?file


            Laser

            Fiber laser, 200W/500W (optional)


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