Machining

Servicing railway wheels using gantry robot enhances productivity and safety

The U.K. has approximately 10,000 miles of railway track on its network while the U.S. boasts over 140,000 miles. One thing that both networks have in common however is the need to maintain and repair the rolling stock, especially the wheels which can be prone to flat spots or other damage causing them to run out of round. In the case of the U.S. however, the scale of the network exacerbates these issues, so to maximize efficiency and productivity in their repair workshops, Simmons Machine Tool Corp. turned to Güdel for a solution.

MachineMetrics releases '2019 State of the Industry for CNC Machining'

MachineMetrics, a leading data analytics platform for manufacturers, has announced the release of its much anticipated 2019 State of the Industry (SOTI) for CNC Machining. Driven exclusively by real manufacturing data collected from hundreds of companies and thousands of machines globally, MachineMetrics’ report is a first of its kind to deliver confirmation for many gut feelings about the industry as well as to uncover unexpected manufacturing behaviors and trends never made visible before.
“Our unique ability to easily connect to any machine has allowed the MachineMetrics platform to quickly gain tremendous traction and aggregate what we believe is the most powerful global dataset of machine performance in the world. We can now use this data to provide the highest level of insight back to our customers, partners, and the manufacturing community.” says Bill Bither, CEO of MachineMetrics, “We are excited to continue to break new ground for the industry as a whole.”

Optimized Roughing Video Series

Along with advances in software, materials, tooling and machine technology comes new machining guidance intended to help shops properly utilize said technology to maximize productivity. Among them is a milling strategy Seco Tools Inc. calls optimized roughing.

The key to the strategy, according to Seco, is using the full flute length of an end mill during roughing. Applied properly, optimized roughing reportedly enables a shop to machine pockets three to four times faster than conventional methods while extending the life of its tools.