Electron Beam Additive Manufacturing Ebam

To offer electron beam additive manufacturing ebam process development and engineering services to our clients.

Electron beam additive manufacturing ebam.

This technique is distinct from selective laser sintering as the raw material fuses having completely melted. This method of material deposition is an adaption of welding systems the company has produced for decades. The electron beam additive manufacturing ebam process which is exclusive to sciaky inc utilizes wire feedstock and an electron beam heat source to produce a near net shape part inside a vacuum chamber. Electron beam additive manufacturing or electron beam melting is a type of additive manufacturing or 3d printing for metal parts.

Gennaro co founded and became ceo of protocast one of the first companies to develop additive metal technology for industrial applications. Among his most notable work was developing an electron beam melting ebm process for titanium and titanium aluminates additive manufacturing. Ebam is the acronym for international conference on electron beam additive manufacturing. The electron beam additive manufacturing ebam process which is exclusive to sciaky inc utilizes wire feedstock and an electron beam heat source to produce a near net shape part inside a vacuum chamber.

Electron beam additive manufacturing ebam ebam is the world s fastest metal 3d printing process build large metal parts up to 19 feet in length reduce lead times material costs by up to 80. The conference aims to discuss specific challenges and opportunities for additive manufacturing offered by the electron beam. Concurrent technologies corporation ctc is partnering with sciaky inc. Sciaky s ebam is a one of a kind metal additive manufacturing technology that delivers on key benefits such as parts made faster less material waste reduced machining time and shorter time to market.

In this company s process which it calls electron beam additive manufacturing or ebam wire feedstock is the raw material and this wire is fed into the path of an electron beam to additively build parts and features. The raw material is placed under a vacuum and fused together from heating by an electron beam.