Eplus3D Powder Bed Fusion Metal 3D Printers

Metal additive manufacturing integrates comprehensive technologies such as powder bed laser fusion, metal binder jetting and laser cladding. MPBF™(Metal Powder Bed Fusion), as used by EPLUS 3D metal 3D printers, follows the principle of the proven PBF technology for almost 30 years, and is now the standard in metal 3D printing for direct industrial production. The MPBF method is primarily applied for manufacturing in demanding industries such as aerospace, automotive, dental, healthcare, tooling and machinery. Those industries demand uniform part quality with high performance properties like those achieved by conventional casting or forging processes.

“We are the leading provider for high-end metal 3D printing. With our MPBF technology, we empower our customers from different industries to achieve the highly reliable and repeatable parts production.”

Eplus3D metal printers are available from entry-level models to multi-laser machines for additive production at industrial grades. We also provide advanced processes for industrial metal 3D printing with the most various metal materials compatible, including aluminum alloy, titanium alloys, cobalt chrome, nickel based alloys, stainless steel, tool steels, copper alloy, and other micro grade metal powders.

Contact 3DHUB.gr team for more details on model differences and technology comparison with competition.

Eplus3D Dental Metal 3D Printer EP-M150T can professionally print dental metal crowns, bridges, brackets with improved powder feeding and sieving system enables a high material utilization rate, which is more than 550 crowns printed only by 1kg powder Optimized chamber structure and excellent sealing properties minimize gas consumption <0.2L/min(printing period is 0.3±0.1MPa).

It only takes around 5.5hrs to print a full plate of teeth around 220 crowns), around 6.5hrs to print a full plate of partials (around 15 pcs.)
Improved powder feeding and sieving system enables a high material utilization rate:approx. 550 crowns printed only by 1 kg powder.
“One-click printing” makes sure people can operate the EP- M150 very easily.

EP-M150Pro adopts patented MPBF™(Metal Powder Bed Fusion)to produce high performance, high accuracy and high details parts at large scale. The machine is capable of optional single/dual laser system, and 200/500W laser source for different production requirements. The available materials are Aluminum alloy, Titanium alloy, Inconel alloy, Maraging steel, Stainless steel, CoCr, Copper alloy and so on.

High laser beam quality
Tiny laser spot
High consistency and uniform laser beam quality from different positons in the building platform

The EP-M250Pro is a dual-laser equipped metal 3D printer that uses advanced MPBF™(Metal Powder Bed Fusion) technology for metal additive manufacturing with high productivity and high consistency. Machine building chamber size is 262x262x370mm. The Innovative module design not only ensures the stability and safety of the machine operation, but also help our customer with easy maintenance and transportation.

Dual-Laser system equipped with build volume of 262x262x350mm.
Low inert gas consumption during purging and operation
Precise laser beam quality control.

With a building chamber size of 455*455*500mm Eplus3D Introduces EP-M450 to the successfulline of MPBF™ 3D printers. The complete open systemmakes EP-M450 a very powerful tool for large scaleproduction for our customer to access different metal powders like titanium, aluminum, nickel alloys and stainless steel, etc EP-M450 is aiming to output the large parts with its high performance and high accuracy.

Printed parts’ density > 99.9 %, deviation in parts’ mechanical properties < 5 %.
The optimized gas flow design ensures efficient removal of smoke and splashes as well as achievement of uniform and consistent full size printing.
Repeatable positional accuracy along Z-axis of building direction ≤±5 μm.

Using MPBF (Metal Powder Bed Fusion) technology, the EP-M650 is using a 655 x 655 x 800 mm build envelope and four laser systems to ensure a high efficiency printing production. The precise positioning and innovative area splicing control technology hereby offers uniformity and stability throughout the whole printing phase.The system can operate with various metal powders such as Titanium-, Aluminum- and Nickel-based alloys or Die Steel, Stainless Steel, Chrome Cobalt Alloys and other materials. It is siutable for the direct manufacturing of large-size, high-precision and high-performance parts in the aerospace, automotive and defense industry.

Four lasers are printing simultaneously with up to 120 cm3, which is an increased efficiency of 3.5 times compared to a single laser system
Outstanding overall sealing performance, use and recovery of powder in a closed state.
The buildjob information is displayed in real time with traceable prinitng parameters and a detailed printing report.

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