Year1
- 成型尺寸：
- 250*250*300mm
- 打印层厚：
- 20-80μm
- 打印精度：
- 0.05-0.2mm
, molding size**
, laser power
W
W, focused spot
micron, suitable for various production needs and R&D needs.
. , the molding process is to first create the 3
data of the required target part, and then use layering software to slice the 3
data into
micron-thick slices. This is regarded as
data and converted into
equipment galvanometer scanning data.
The equipment uses this data to use laser to melt the metal powder when the galvanometer scans, turning points into lines, lines into surfaces, and surfaces. The target parts are prepared in the form of superimposed bodies.
- .,The specific parameters of the product are as follows:
.,Equipment model:
molding size**
laser power
printing layer thickness
printing line width< br/>Line scanning speed
Linear forming speed
Oxygen concentration
Precision optical components: plane focusing lens, high-speed scanner
Printing powder materials: stainless steel, cobalt-chromium alloy, titanium, Tool steel, copper alloy, aluminum and some rare metals, etc.
,
The manufacturing and development of molds includes processes such as manufacturing, verification, mold trial and mold repair, and 3
printing The application in the field of mold design and manufacturing is self-evident. This is not only reflected in product prototypes, but also in direct 3
printing of metal molds.
,
, the model printed by the printer can completely replace the traditional prototype to a certain extent, and the direct metal 3
printing of a mold and its internal hot runner system is even more magical and Efficient.
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