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Toolpath simulation software gives manufacturers assurance that their machine tools will cut parts quickly and accurately, which is particularly useful when machining expensive materials like titanium or Inconel.

The longstanding trend toward manufacturing automation has understandably been accelerated by the COVID-19 pandemic.

Recently, Ron Fritz, CEO of Tech Soft 3D, hosted a roundtable discussion with four other industry executives to discuss the future of manufacturing, the impact of COVID-19, aspects of manufacturing that will change, and industry collaboration.

Automating machining operations is at the top of the list of goals for most manufacturers, as needs and capital expenditure budgets allow.

General Motors dropped a fuel bomb on the auto industry at the end of January. Specifically, it said the fuel of the future for many of its vehicles will be electricity, not gasoline. For an iconic company like GM, that news is beyond big.

Gene Granata of CGTech Inc. talks to Manufacturing Engineering about software.

Automating job shops is accelerating, driven by the combined influence of Industry 4.0, the continued shortage of skilled manufacturing labor and the COVID pandemic.

Those who manufacture precision workholding systems have the same goals and challenges as the machinists who use them. Both groups strive to reduce setup times and optimize cutting cycles. Secure, consistent, and accurate gripping is paramount.

The North American Manufacturing Research Institution of SME (NAMRI | SME) brings together researchers from leading companies, government laboratories, academic institutions and industrial think tanks located around the world for the purpose of advancing the scientific foundation of discrete-parts manufacturing.

The National Institute of Metalworking Skills (NIMS) is partnering with Edge Factor this year to inspire students and job-seekers to pursue career pathways in manufacturing and other Skilled Trades.