Max.build size：170×170×180 mm
The forming process is open source, and development of new material system is convenient and quick.
Less powder loading per heat, low cost of machine using and maintenance.
Smaller forming chamber size (100×100×140 mm) is optional and material selection is more flexible.
Maximum powder bed preheat temperature is 1300℃ above, which can form brittle and easily cracked materials with small internal stress of parts.
The down powder-feeding technology allows for real-time monitoring of powder residue, improving the accuracy and stability of powder extraction and spreading, and reducing the requirement for powder fluidity during printing process.
Strong electron beam penetration ability, deeper molten pool, higher energy absorption conversion rate,faster forming speed and denser formed parts.
Purer parts are formed in vacuum environment with low oxygen increment. Greater design freedom,less dependence on support and no subsequent heat treatment.
Equipped with various safety protection systems and automatic fault handling.
Electron accelerating voltage
Directly heated tungsten cathode
Max. powder bed preheat temperature
Build accuracy of components
Titanium and Titanium alloy; Tungsten, Molybdenum, Tantalum, Niobium and other refractory metals; Titanium Aluminum alloy; Brittle and difficult processed materials; Copper and Copper alloy; Zirconium alloy; Nickel-base superalloy; Ceramics and metallic composites.