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If you have questions about additive manufacturing, the experts are here to help. From ASTM to ISO to countless additive manufacturers, there is an organization that can address your specific application.
By applying DL with a Data-Centric Approach, Users Can Streamline Even the Most Challenging Manufacturing Steps with Fast, Accurate Automated Inspection.
A sub-discipline of artificial intelligence (AI), deep learning (DL) has become a breakout technology in high-profile market sectors such as retail and high-tech.
In the fall of 2021, COVID-19 was a top concern for more than half of respondents in our September 2021 survey. Today that number is down to 17%, according to our Annual Quality Spending Survey, which surveyed subscribers in September 2022.
Additive manufacturing produces parts layer by layer and this opens up an array of unique issues that can affect the integrity of a finished product, and also a unique set of surface characteristics that make the job of measuring and validating that much more difficult.
Your company finally received that long-anticipated order for additive manufactured parts. Those parts are processed in record time and the order is promptly fulfilled. A week later … your worst nightmare comes true.
One of the last things you want to hear if you’re a manufacturer, distributor, vendor, or supplier is “your shipment is stuck and we have no idea when it’ll arrive.” What do you say to your customer?
To facilitate widespread adoption of AM, it will be necessary for material property data to be shared among the design community at large instead by being held by a few large companies.
In 2010 the ASTM F42 Committee on Additive Manufacturing (AM) created the terminology for an industry which up to then was referred to as rapid prototyping (RP). Parts made using the various rapid prototyping technologies were often used as design concept models, fit check mock-ups and function test articles.
Additive manufacturing is at the forefront of the new industrial revolution. The additive manufacturing (AM) industry is constantly evolving to produce a stronger, consistent part.
Inspection plays a critical role during all phases of product development and implementation, making UT methods an enabling technology for new AM applications.
Although additive manufacturing (AM) already plays a significant role in product design and prototyping, advancing the methodology for industrial applications depends on reliable inspection technology, particularly for safety-critical parts and structures.
For as long as There Has Been Commercial and MilitaryFlight, Aircraft Compoenent Suppliers Have Been Charged With Providing Dimensional and Process Control-Related Data.
Aerospace and defense manufacturing, and associated maintenance and repair operations (MRO), are undergoing some fundamental technology shifts right now. One of the drivers of this is additive manufacturing (AM), also known as 3D printing.