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As a self-aware millennial, Pat Evans has long been wary of how quickly technology is taking over our lives and quickly dominating the economy. Attending HxGN Live in June, Hexagon AB’s annual digital solutions conference, some of those fears were reinforced, while others were quelled.
Advances in turning insert technology that promise faster processing, longer tool life and reduced cycle time are always promoted with great fanfare by suppliers and welcomed by manufacturers looking for a competitive edge.
BIG Kaiser’s “Breakfast and Learn” event, hosted at its Hoffman Estates, Illinois, headquarters, is by now is an annual event not to be missed for a great breakfast and technical presentations on the latest developments in precision tooling.
Speeding the flow of jobs through the shop, while maintaining top quality, ranks among the hallmarks of any successful manufacturing operation’s goals.
Hexagon Manufacturing Intelligence, a business unit of Hexagon AB, outlined its vision for the future of manufacturing at HxGN Live, the company’s annual digital solutions conference, held June 11-15 in Las Vegas.
Innovations in workholding, tooling and measurement for medical manufacturing are helping meet the challenges of medical manufacturing.
Implementing five-axis machining can be an excellent strategy for efficiently producing accurate, complex parts. However, it takes more than the right machine tool to realize the full potential of a five-axis process. In addition to the right machine, tooling and fixturing options, CAM software must be selected carefully.
Three partners contributed their diverse manufacturing and machining experience—and their last initials—to found SPR Machine in Hamilton, Ohio in 2002. The machine shop has grown from a shop floor with 2,500 ft2 (232 m2) to one with 78,000 ft2 (7,246 m2) filled with 14 mills, lathes, and welding and inspection equipment. SPR produces high-quality work from 60″ (1.5 m) down to 0.0005″ (0.013 mm) for customers predominantly in the aerospace and medical industries.
The aerospace industry is continually challenged to improve quality, reliability, performance, fuel efficiency and lower turbine engine emissions. This is driving engine manufacturers to consider fiber laser welding and the possibility to automate their welding processes to improve consistency and part quality.