Friday, May 24, 2024
Home3D PrintingEplus3D launches new steel 3D printer with as much as 64 lasers

Eplus3D launches new steel 3D printer with as much as 64 lasers


Chinese language 3D printer producer Eplus3D has launched the EP-M2050, a brand new massive format Laser Beam Powder Mattress Fusion (PBF-LB) 3D printer which options 36 lasers as customary. Clients can improve the system to 49 or 64 lasers, representing a major improvement within the ongoing steel 3D printer ‘laser wars.’

Over the previous 12 months, the steel additive manufacturing market has seen a shifting focus away from the variety of 3D printers being shipped. As a substitute, OEMs are specializing in promoting dearer large-scale fashions which are sometimes characterised by growing numbers of lasers. 

Final 12 months, Eplus3D launched the EP-M1550 which may very well be expanded to include 25 lasers. Different 3D printer producers similar to Xi’an Vibrant Laser Applied sciences, Farsoon Applied sciences, Nikon SLM Options and Velo3D all provide their very own multi-laser programs. 

All of those 3D printers are focused to the high-speed manufacturing of large-scale steel elements, and the brand new EP-M2050 is not any completely different. It contains a substantial construct quantity of 2050 x 2050 x 1100 mm and a Z-axis that may be prolonged to 2000 mm. 

In accordance with Eplus3D, this new providing serves to “revolutionize the trade” and rework “steel additive manufacturing from a prototyping software to a direct manufacturing resolution.” 

Eplus3D's new EP-M2050 3D printer. Image via Eplus3D.
Eplus3D’s new EP-M2050 3D printer. Picture by way of Eplus3D.

A brand new steel 3D printer with 64 lasers 

The usual mannequin of the EP-M2050 contains a six-by-six laser matrix that comes outfitted with 36 galvanometers. Nevertheless, when upgraded to 64 lasers, the 3D printer boasts an eight-by-eight laser matrix with 64 galvanometers. Eplus3D claims that this mix ensures all lasers are completely synchronized throughout 3D printing, leading to persistently high-quality elements. 

Clients can select between 500W or 700W fiber lasers, with the power to 3D print in a variety of supplies together with titanium alloy, aluminum alloy, chrome steel, and power metal. With 36 layers working concurrently, the bottom system can obtain notable 3D printing speeds of as much as 1080 cm³/h. Due to its excessive pace and 4 m3 quantity, this new 3D printer is nicely suited to the manufacturing of large-scale elements and high-volume runs of smaller elements.  

The EP-M2050 3D printing with 36 lasers. Photo via Eplus3D.
The EP-M2050 3D printing with 36 lasers. Picture by way of Eplus3D.

The EP-M2050 additionally boasts excessive precision, with a capability to attain layer thicknesses within the vary of 20-120 μm. Customers may also modify recoating layer thickness, permitting a variety of 3D printing necessities to be met. 

Moreover, the programs M²≤1.1 beam high quality and element decision is claimed to make sure excessive forming accuracy and the specified mechanical properties of ultimate elements. 3D print density can reportedly attain > 99.9%, whereas the fluctuation of mechanical properties is beneath 5%. This makes the EP-M2050 well-suited to industries similar to aerospace that demand high-quality steel elements that may be fabricated with repeatable precision. 

Eplus3D’s latest 3D printer has been designed as an open system, with the power to edit a variety of course of parameters. These embody laser energy, scan pace, scan path and up and down contours. The system’s course of software program helps SLC and CLI codecs, permitting 3D printing parameters to be modified throughout the printing course of.  

Metal part 3D printed with the EP-M2050. Photo via Eplus3D.
Metallic half 3D printed with the EP-M2050. Picture by way of Eplus3D.

Technical specs of the EP-M2050  

Construct Quantity (X x Y x Z) (top incl. construct plate) 2050 x 2050 x 1100 mm
(80.71 x 80.71 x 43.31 in)
Optical System Fiber Laser 36 / 49 / 64 x 500 W (700 W is elective)
Spot Dimension  70 – 120 μm
Max Scan Velocity 8 m/s
Layer Thickness  20 – 120 μm
Theoretical Prime 3D Print Velocity As much as 1080 cm³/h
Suitable Supplies  Titanium Alloy, Aluminum Alloy, Nickel Alloy,
Maraging Metal, Stainless Metal,
Cobalt Chrome, Copper Alloy, and so on.
Energy Provide  380 V, 50 / 60 Hz, 117 kW
Fuel Provide Ar / N2
Oxygen Content material  ≤ 100 ppm
Dimension (W x D x H) 12685 x 7185 x 6530 mm
Weight 145000 kg
Software program EPControl, EPHatch
Enter Knowledge Format STL or different Convertible File

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Featured picture exhibits Eplus3D’s new EP-M2050 3D printer. Picture by way of Eplus3D.



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