Articles by Jim Camillo

Every process change made by a manufacturer brings with it one or more unique challenges. Consider, for example, the challenges involved when switching from manual or pneumatic presses to servo models for low-force-pressing applications.

More than 3,000 manufacturing professionals saw the latest robots, fastening tools and automation at the ninth annual ASSEMBLY Show, which was held Oct. 26-28 at the Donald E. Stephens Convention Center in Rosemont, IL.

People are imperfect, but, on occasion, they can perfectly perform a complex task. A pitcher can toss a perfect game in baseball. A gymnast can earn a 10.0 in international competition. A student can ace an exam.

For many automotive Tier 1 suppliers, tracking their inventory is sometimes as challenging as manufacturing the parts themselves. Westin, WI-based Precision Replacement Parts (PRP) can attest to this statement.

Bottlenecks can occur anywhere on the production line. A common place for this problem to occur is the 90-degree corner, where products usually fail to move as efficiently and quickly as they do on straightaways.

The pace at which artificial intelligence (AI) is becoming a mainstream technology in manufacturing is quite impressive. Companies in many industries use AI daily to optimize assembly processes, perform predictive maintenance, improve part and product quality through enhanced vision inspection, and increase data cybersecurity.

Technical universities are often taken for granted in their development of manufacturing technology. Thankfully, this is not the case in Germany.

The best fielders in Major League Baseball are annually rewarded a Gold Glove. But, only one of them, shortstop Francisco Lindor of the New York Mets, can claim that his glove, the REV1X, is 3D printed.

Having the right connections can definitely help a person succeed in the business world. Being a company that specializes in connecting things doesn't hurt, either - even if the connection is a wireless one.

Satellites come in many shapes and sizes, including large, medium, small and nano. The latter are typically put into orbit by deployers on the International Space Station, or launched as secondary payloads on a carrier rocket.