industrial printer for printing with metal wire by electric arc welding.
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Industry-leading mechanical properties of end items: no porosity and cracks.
ProM
Economical and fast metal parts
Printer co-produced by F2 innovations and xWeldcompanies - ProM. The deposition method used in the ProM (electric arc, plasma) provides Industry-leading mechanical properties of final items(no porosity and cracks),and also wide range of materials used: construction and stainless steels, nickel and aluminum alloys and bronzes.
Construction and stainless steels, nickel and aluminum alloys and bronzes.
Printing material
Wide range of metals
Construction and stainless steels, nickel and aluminum alloys and bronzes.
Safety
Safe technology
High safety standards: connection to an external exhaust system to get rid of accumulated gases, electrochromic glasses, external connection for inert gas: He, CO2, Ar.
Safety
Safe technology
High safety standards: connection to an external exhaust system to get rid of accumulated gases, electrochromic glasses, external connection for inert gas: He, CO2, Ar.
Printing chamber
Ease of use
Extensive chamber for large items printing, table with holes for clamping mechanisms, the whole camera’s area highlight to monitor the surfacing progress.
Printing chamber
Ease of use
Extensive chamber for large items printing, table with holes for clamping mechanisms, the whole camera’s area highlight to monitor the surfacing progress.
WAAM technology
Printing speed and quality
ProM productivity - up to 5 kg/hour. The microstructure of the material after surfacing compares to the structure of rolled products due to the use of unique plasma torches and layer-by-layer deformation hardening.
WAAM technology
Printing speed and quality
ProM productivity - up to 5 kg/hour. The microstructure of the material after surfacing compares to the structure of rolled products due to the use of unique plasma torches and layer-by-layer deformation hardening.