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This shift led to the establishment of an advanced manufacturing facility to cater to sectors such as medical devices, defence, and aerospace. focusing on controlling product quality by optimising process quality. Were even looking into integrating other forms of automation. and aerospace/defence manufacturing.
Many companies have already tested and proven AI’s capabilities, from accelerating the concept and design phase to streamlining manufacturing automation. When speaking with our customers, two main themes emerged as common pain points across the industry: productivity and quality. Even a highly trained human eye can only see so much.
Industries like automotive, aerospace, and electronics are leading the charge in adopting digital technologies such as automation, artificial intelligence (AI), and the Internet of Things (IoT). This integration enhances efficiency by leveraging operational data for process optimization.
In contrast, going fully digital can positively impact on the bottom line by improving quality, reducing manufacturing waste, and boosting return on investment for medium to large companies, especially those that mass produces the same precision parts, such as automotive, aerospace, and medical device manufacturers.
With quality assurance (QA), the focus is on preventing quality problems rather than finding them. This is done by defining systems that ensure tasks affecting quality are carried out in a consistent, standardized way. Statistical Quality Control: This is used to avoid the expense of 100% inspection.
Automated Additive Manufacturing Workflow: Nexa3D and DyeMansion Announce Strategic Partnership : Nexa3D and DyeMansion announced a strategic partnership to drive an automated additive manufacturing workflow, integrating Nexa3D’s powder bed fusion workflow and DyeMansion’s automated post-processing hardware.
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