What 3D Printing Manufacturing?
3D Printing Manufacturing
3D printing (3D printing) is an emerging technology that is rapidly developing in the manufacturing industry. It is called "manufacturing technology with industrial revolution significance." The main flow of production using this technology is: using computer software, designing a three-dimensional processing pattern, and then passing a specific molding device (commonly known as "3D printer"). "Production" of the product is performed layer by layer with liquid, powder, filamentous solid materials.
3D printing is the main form of implementation of Additive Manufacturing. The concept of "additive manufacturing" is distinguished from traditional "removal" manufacturing. Traditional CNC manufacturing is generally based on raw materials, using cutting, grinding, corrosion, melting and other methods, remove excess material, get parts, and then assembled into the final product by assembly, welding and other methods. The "additive manufacturing" is totally different from this. Without raw embryos and molds, it can directly generate computer graphics data, generate objects of any shape by superimposing materials, simplify product manufacturing processes, shorten product development cycles, and increase efficiency. And reduce costs.
Internationally like to use "Additive Manufacturing" (referred to as AM) to represent 3D printing technology, domestic terminology is incremental manufacturing. In 2009, ASTM established the F42 Committee and defined AM as "Process of joining materials to make objects from 3d model data, usually layer upon layer, as opposed to subtractive manufacturing methodologies." That is, a method contrary to the traditional method of material removal processing, through the addition of materials, based on three-dimensional CAD model data, usually adopts a layer-by-layer manufacturing method to directly manufacture a three-dimensional physical solid model manufacturing method that is completely consistent with the corresponding mathematical model.
The current mainstream 3D printing technologies include:
1. SLS laser powder sintering (Se1ected Laser Sintering);
2, 3DP three-dimensional printing (3Dimension Printer);
3, SLA laser curing (Stereo lithography);
4, FDM Fused Deposition Modeling
3D printing (3D printing) is an emerging technology that is rapidly developing in the manufacturing industry. It is called "manufacturing technology with industrial revolution significance." The main flow of production using this technology is: using computer software, designing a three-dimensional processing pattern, and then passing a specific molding device (commonly known as "3D printer"). "Production" of the product is performed layer by layer with liquid, powder, filamentous solid materials.
3D printing is the main form of implementation of Additive Manufacturing. The concept of "additive manufacturing" is distinguished from traditional "removal" manufacturing. Traditional CNC manufacturing is generally based on raw materials, using cutting, grinding, corrosion, melting and other methods, remove excess material, get parts, and then assembled into the final product by assembly, welding and other methods. The "additive manufacturing" is totally different from this. Without raw embryos and molds, it can directly generate computer graphics data, generate objects of any shape by superimposing materials, simplify product manufacturing processes, shorten product development cycles, and increase efficiency. And reduce costs.
Internationally like to use "Additive Manufacturing" (referred to as AM) to represent 3D printing technology, domestic terminology is incremental manufacturing. In 2009, ASTM established the F42 Committee and defined AM as "Process of joining materials to make objects from 3d model data, usually layer upon layer, as opposed to subtractive manufacturing methodologies." That is, a method contrary to the traditional method of material removal processing, through the addition of materials, based on three-dimensional CAD model data, usually adopts a layer-by-layer manufacturing method to directly manufacture a three-dimensional physical solid model manufacturing method that is completely consistent with the corresponding mathematical model.
The current mainstream 3D printing technologies include:
1. SLS laser powder sintering (Se1ected Laser Sintering);
2, 3DP three-dimensional printing (3Dimension Printer);
3, SLA laser curing (Stereo lithography);
4, FDM Fused Deposition Modeling
