Additive Manufacturing

Cutting Tool Engineering's Machinist's Corner columnist shares his experience with various continuous-improvement processes, such as 5S, kaizen events and gemba walks, and a recent rapid-improvement event. The target was the company's daily operations management.

A Look Ahead piece in the September 2016 issue of Cutting Tool Engineering magazine looks at a topography-based, design-optimization tool kit aimed at simplifying design for manufacturing.

The trade show of trade shows—IMTS—is coming to Chicago's McCormick Place.

It is a reminder of the race between the hare and the hedgehog: Materials are becoming stronger, tougher, more resistant. But the manufacturers of precision tools manage time and again, often in collaboration with research institutes, to also efficiently machine the most demanding materials after a relatively short time.

This issue of CTE includes our IMTS 2016 Show Preview, featuring show highlights, information about the various pavilions, a guide to Chicago attractions and an extensive array of announcements about what exhibitors plan to showcase. The latter includes machine tools, software, workholders, automation equipment and cutting tools.

If you're considering implementing a real-time machine monitoring system and looking for solid reasons to make the investment, you're in for a pleasant surprise. Real-time machine monitoring and overall equipment effectiveness software can help address many issues, whether they're obvious or not.

A team of engineers from several California colleges has developed and tested a type of steel with a record-breaking ability to withstand impacts without permanent deformation. The new alloy, named SAM2X5-630, could be used in applications from drills to body armor to meteor-resistant casings for satellites.

The results from a recent SME survey of parents about their views relating to careers in manufacturing showed there is not enough accurate information about the opportunities a manufacturing career offers.

It's fitting that "Technology" is part of Indiana Technology and Manufacturing Cos.'s name. In addition to providing a full slate of machining and assembly services, ITAMCO created what it says is the first industrial Bluetooth transmitter (called iBlue) and continues to develop a broad range of manufacturing apps for mobile devices and Google Glass.

Lasers are good for far more than slicing sheet metal and defending against alien space invaders. Without them, many of today's high-tech products would be impossible to manufacture. Microfluidic devices, integrated circuits, medical stents and catheters, automotive fuel injector nozzles are all drilled, milled, surface-textured and ablated via laser micromachining.

Arevo Labs hopes its new RAMP leads to better 3D-printed componets for the defense and aerospace industries. Arevo touts RAMP (Robot-based Additive Manufacturing Platform) as the first system of its kind optimized for 3D printing of composite thermoplastic parts. The system includes a 6-axis robot arm and end-effector hardware for deposition.

To bring all kinds of useful information right to a machine and facilitate a company's implementation of Industry 4.0 processing tools, INDEX Corp. has begun supplying its machine tools with a new operating system. Called Xpanel, the OS integrates a machine into a corporate network, allowing machine operators to receive information from other parts of an enterprise.