3D Printer (Electron Beam Melting)

Make: Arcam

Model: EBM A2X

Specifications

This is the ultimate additive manufacturing solution for titanium alloys and processing materials requiring high temperatures.
It is specifically designed for the cost-effective production of demanding applications that need to meet the highest material standards.
Cathode Type: Tungsten filament
Extremely high process temperatures, up to 1100° C.
Start plate: 170x170, 210x210 mm2
Max. EB translation speed: 8 m/s
Build atmosphere: He consumption: build process 1 liter/h, Pressure: 0.8 kg/cm3
CAD interface Standard: STL
Layer thickness: 50 microns
Software: Materialize Magics 28.02 & Build Processor 3.3.00001.0, EBM control 5, Log studio 4
Powder size distribution: 45-120 microns

Application:

The aerospace sector has widely adopted Electron Beam Melting (EBM) due to its ability to manufacture lightweight yet high-strength components such as turbine blades and structural elements for aircraft and spacecraft.
In the medical sector, especially in fabricating patient-specific and biocompatible implants and prosthetics.
Lightweight, high-performance components that contribute to improved fuel efficiency and vehicle dynamics in the automotive domain can be fabricated.
EBM technology is highly effective in accelerating prototyping and tooling processes. It enables engineers to iterate designs quickly, shorten development cycles, and reduce lead times, ultimately enhancing innovation and cost efficiency.
Many research initiatives demand components with intricate geometries or experimental designs. EBM 3D printing makes it possible to fabricate such complex shapes and functional prototypes, supporting advanced testing and innovation across various scientific fields.