Laser additive manufacturing is a kind of additive manufacturing technology that uses laser as the energy source, including laser selective melting, laser selective sintering, laser directional energy deposition, three-dimensional light curing, etc. Its application covers titanium alloy, aluminum alloy, superalloy, amorphous alloy, polymer material, etc. It has significant advantages in complex structure manufacturing in aerospace, automobile, mold, and biological manufacturing fields.
Therefore, corresponding technical standards are formulated for laser additive manufacturing machine tools to standardize the technical characteristics of machine tools, provide guidance for their design, manufacturing, procurement and use, and strengthen management, standardize the behavior of supply and demand parties, reduce costs and improve efficiency while ensuring quality.
Guangzhou Riton Additive Technology Co., Ltd. participated in the drafting of General Technical Conditions for Laser Additive Manufacturing Machine Tools.Based on the design and manufacture of this type of machine tool, the general technical requirements are put forward around the function and structural composition of the machine tool, processing and assembly quality, electrical and numerical control system, laser system, safety protection, precision inspection, operation test and other aspects.
The establishment of this standard can fill the gap in the standard of laser additive manufacturing machine tools, make the product design, manufacturing, procurement and use behavior regulated and provide support for the high-quality development of laser additive manufacturing technology.
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