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Ongoing exchange between CAD/CAM software technology developers and cutting tool manufacturers is an excellent illustration of how technology collaborations can create productivity gains in manufacturing. Several examples involve our company and cutting tool manufacturers.

Jabil Inc. (St. Petersburg, FL) said it’s establishing a global network of 3D printing facilities as the company expands its additive manufacturing business.

Moldmakers are under constant pressure to speed up the moldmaking process, improving their processes and product quality while boosting productivity.

Whether we’re talking about linear pallet systems, simple pallet changers, or robots, it’s clear there is a huge opportunity to automate US machining operations. While horizontal machines are automated more often than verticals, vertical machining centers are more prevalent than horizontals so the greatest untapped potential is in automating verticals.

Flexibility has come to automation, perhaps as never before. And for industries that require precision machining, assembly, and measurement, automation technologies have never been more available.

Smart wearable tools are setting the tone with Industry4.0 for Italy’s auto factories of the future in today’s Maserati plants. Developing and using technology within today’s Smart Factories is providing a level of intra-connectivity that is changing the very framework of modern manufacturing.

Spend enough time on shop floors and you’ll learn about the two different groups of skilled workers that reside there. On one side are the old-school machinists—skilled craftspeople who use their hands, eyes and ears to guide machine tools. On the other side are the programmers and engineers.

PowerMill 2019 provides a dedicated suite of tools to program high-rate additive processes—commonly known as directed energy deposition [DED]. The DED process utilizes a CNC machine tool or industrial robot that can focus a power source—typically laser, arc or electron-beam—at a point in space.

Solid-carbide micro cutting tools about the diameter of human hair or smaller—some producing parts visible only under a microscope—are making a huge impact on manufacturing highly advanced electronics, automotive and aerospace fuel injection systems, and medical instruments and implants.

If John Winter of toolmaker Sandvik Coromant (Fair Lawn, NJ) were to start his own machine shop, all of his machines would be equipped for through-spindle coolant (TSC).