NetworkNewsBreaks – Sigma Labs Inc. (NASDAQ: SGLB) Transforming 3D-Metal-Printing Industry with In-Process, Quality-Control Software Solution
Sigma Labs (NASDAQ: SGLB) is revolutionizing the supply-chain dynamics for the 3D-metal-printing industry with its in-process, quality-control software solution. An article discussing the company reads, “Traditional metal-machining manufacturers mostly carve, slice and grind away at raw materials to produce their products (called ‘subtractive manufacturing’) while the 3D-metal-printing process (also called additive manufacturing) creates objects by laser sintering powdered metals layer by 10 x 30 micron layer on top of each other using a computer-aided design (CAD) model and formed into the desired three-dimensional object. Since the objects are built in layers, customizations are made by altering instructions in the digital file. Unfortunately, errors made during production are not found until after the process is complete, which results in excessive cost and material waste. . . .SGLB addresses this crucial issue through proprietary software solutions that enable operators to monitor the production process in real time and receive notifications about errors or anomalies while the process is taking place. This gives operators the knowledge required to make changes in real time, enabling them to avoid the creation of flawed output while producing yields of consistent high quality.”
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Sigma Labs (NASDAQ: SGLB) is revolutionizing the supply-chain dynamics for the 3D-metal-printing industry with its in-process, quality-control software solution. An article discussing the company reads, “Traditional metal-machining manufacturers mostly carve, slice and grind away at raw materials to produce their products (called ‘subtractive manufacturing’) while the 3D-metal-printing process (also called additive manufacturing) creates objects by laser sintering powdered metals layer by 10 x 30 micron layer on top of each other using a computer-aided design (CAD) model and formed into the desired three-dimensional object. Since the objects are built in layers, customizations are made by altering instructions in the digital file. Unfortunately, errors made during production are not found until after the process is complete, which results in excessive cost and material waste. . . .SGLB addresses this crucial issue through proprietary software solutions that enable operators to monitor the production process in real time and receive notifications about errors or anomalies while the process is taking place. This gives operators the knowledge required to make changes in real time, enabling them to avoid the creation of flawed output while producing yields of consistent high quality.”
Please see full disclaimers on the NetworkNewsWire website applicable to all content provided by NNW, wherever published or re-published: http://NNW.fm/Disclaimer
