If you missed Matt's webinar, watch it here: Design Freedom & Manufacturing Flexibility: A Case Study of Metal 3D Printing
You might not think that a 3D printer and a sculptor have anything in common, but you’d be wrong. While 3D printing companies usually focus on the automated parts of their process, there can be a tremendous amount of labor and post-processing required to finish a part. This depends on the metal 3D printing process, of course, but the idea is generally the same--parts require a lot of finishing work after the print. While such things are usually straight-forward, the flexibility of AM and importance of post-processing adds another layer of complexity to the process.
Not long ago, 3D production printing was an idea best left to science fiction authors and speculators. It was often spoken of in the same breath as space travel and supersonic passenger planes. Though 3D printing ended the need for constant retooling, it was once thought too cumbersome and too expensive for mass manufacturing. As a result, it was relegated to one-offs like prototyping and small production runs. But thanks to advances in technology and higher levels of industry acceptance, additive manufacturing (AM) at scale is now less a matter of “someday” and more a matter of “right now.”
More and more companies are turning to 3D printing to give their businesses a "significant" competitive advantage. According to a survey published in the 2019 edition of "The State of 3D Printing," additive manufacturing has taken on a bigger role in their business strategies, and nearly half of those polled say it has given them a distinct competitive advantage. Another 55% indicate that 3D printing is one of their strengths, and because they have adopted the technology, they are staying ahead of the competition.
Register for Matt Sand's live webinar on Thursday, October 24th here: Pros & Cons of 3D Printing Metal Components
As seen on www.thefirearmblog.com/.
Tea. Earl Gray. Hot. Someday I want to turn to a space in my kitchen wall and utter those words – and get results. In my barn, however, I someday want to turn a space in the wall and speak “Silencer. 5.56mm. Length six inches. Diameter 1.75 inches. Mount threading 1/2 x 28.” and come back to find a new rifle suppressor made in a few moments. Although this process is unlikely to happen in my lifetime, Additive Manufacturing is posed to make a leap within the firearms industry – specifically within silencer manufacturing.
After 20 years of iteration on the same basic additive-manufacturing technologies for metal, a new wave of innovation is emerging. Lower-cost, safer processes are replacing the old ways of doing things, offering vastly different material properties through resolution, surface quality and design freedom.
How Does Metal 3D Printing Compare to CNC Machining?
CNC machining has been a staple of metal manufacturing since it evolved from NC machining in the middle of the 20th century. CNC is a subtractive process and is particularly effective at creating complex parts while achieving the tightest tolerances of any technology. Metal 3D printing, also known as metal additive manufacturing, has developed rapidly over the last few years and is now beginning to challenge CNC machining in some applications.
NEW YORK, July 27, 2017 /PRNewswire-USNewswire/ -- America Makes and the American National Standards Institute(ANSI) today announced the launch of phase 2 of the America Makes & ANSI Additive Manufacturing Standardization Collaborative (AMSC) with a kick-off meeting scheduled for September 7th in Philadelphia. Major goals of phase 2 include expanding the discussion of standards needs for polymers and other materials besides metals and engaging experts from other industry sectors such as automotive, heavy equipment, energy, consumer products, and tooling. A free webinar to provide an overview of the AMSC and how to prepare for the September 7th meeting will be held on August 17th from 2:00 – 3:00 pm EDT.
3D printing, also known as additive manufacturing, is continuing its rapid advance across all fronts. It is beginning to touch every industry and new applications are being found every day. The fast growth is great for the industry, but a tipping point is being reached where the vast number of independent companies and technologies need to come together in a meaningful way for the creation of standards. One of the biggest challenges today for widespread adoption of additive manufacturing in actual production parts is the need for reliable qualification standards. Many of the additive manufacturing processes differ quite a bit and making sense of them can be a challenge, even for those in the industry.