EP-M2050 adopts Metal Powder Bed Fusion(MPBF™) technology, featuring a large forming chamber that reaches up to 2050 x 2050 x 1100 mm (with a customizable Z-axis up to 2000 mm). Equipped with 36 lasers and 36 galvanometers, EP-M2050 uses the technologies of multi-laser precision positioning and precise control of overlapping areas.
Compatible with titanium alloy, aluminum alloy, nickel alloy, maraging steel, stainless steel and cobalt chrome, copper alloy, etc., EP-M2050 is an ideal choice for the direct manufacturing of large-size, high-precision and high-performance parts for aerospace and other relevant industries.
- BREAKTHROUGH OF SIZE LIMITS & HIGH EFFICIENCY
A large forming chamber, reaching up to 2050 x 2050 x 1100 mm (with a customizable Z-axis up to 2000 mm), is equipped to handle one-piece forming of large-sized contents and parts mass production.
The printer is capable of printing at speeds of up to 1080 cm³/h, with 36 lasers simultaneously engaged in the printing process, which enables the printer to achieve uniform and consistent full-size printing.
- EXCELLENT QUALITY & GOOD CONSISTENCY
Excellent high beam quality (M²≤1.1) and detail resolution ensure the forming accuracy and mechanical properties of printed parts.
Print density > 99.9% and fluctuation of mechanical properties < 5%.
Large layerthickness printing with adjustable recoating layerthickness can meet different printing requirements, demonstrating excellent large layerthickness printing performance.
Open parameters for editing such as laser power, scan speed, scan direction and up and down contours.
Process software enables the effective planning of design, simulation and printing path planning, within one software and highly improving the production efficiency.
Process software supports SLC and CLI formats, enabling real-time modification of printing parameters during the printing process.
- COST EFFECTIVE & RESOURCE EFFICIENT
Three-stage filtration, which can use blow back function to remove the fume, equipped with permanent filter element.
Low gas consumption, effectively controls gas consumption during processing, and reduces production costs.
Offering diverse scraper options (rubber, alloy steel) for selection based on printing materials and part needs, further optimizing printing results.