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It’s an exciting time for binder jetting, with new applications emerging rapidly.

The most important step in digitizing any manufacturing or supply chain process is analysis of the ROI and business case and being able to demonstrate success to company leaders.

Reverse engineering is becoming multifaceted and complex. The key drivers: new metrology sensors and more capable software, enabled by ever more powerful and cheaper computing.

The COVID-19 pandemic clearly proved challenging to the manufacturing industry in myriad ways. Now, as nations and industries begin to navigate their way forward as restrictions are lifted, manufacturers have an opportunity to put into practice some lessons learned.

Artificial Intelligence combined with endless cloud computing resources means more machine involvement and a faster progression to end-to-end automation for manufacturing plants.

A band of “brothers” is easing the path to badly needed renewable energy systems in the vast remote lands of Argentina and neighboring Uruguay.

Why the potential for 3D printing in children’s hospitals is great.

LIMS—the Low Investment Manufacturing System—is an unassuming little box consisting of a computer with proprietary Solution Engine software and an I/O hub that plugs into a standard outlet. When wired at the edge of a piece of production equipment, it becomes a simple solution for collecting and sharing complex sensor-derived data.

As additive manufacturing processes trend toward the standard of care for many conditions, health care organizations will be forced to confront two main challenges with establishing and/or scaling their programs, particularly as it relates to anatomical studies: image segmentation and printing time.

For users of additive manufacturing, a challenge is to verify 3D printed components where absolute reliability is required—for example in the medical field. This is especially true in orthopedics, where devices are placed in a human body.