Mill smarter, not harder: How collaboration optimizes production

Discover how a team of manufacturing experts achieved 40% faster machining time while maintaining exceptional quality.

Text reading Manufacturing Lunch + Learn

CREDIT: GIE MEDIA

As demand rises, so does the pressure to reduce manufacturing costs and boost productivity - while maintaining or improving quality and meeting regulatory requirements. On Wednesday May 21 at 12PM ET, join our free May Manufacturing Lunch + Learn and discover how a team of experts did all this and more through a collaborative project optimizing the production of an orthopedic aiming device.

Meet the panelists:

Through coordinated efforts in high-performance milling, tool testing, and process standardization, these industry leaders will show how smarter workflows can lead to better outcomes. Plus, get your questions answered live by Rich Murphy, senior applications engineer at Blaser Swisslube. If you're in the $635B (and growing) medical device industry, or simply want to boost your shop’s performance, register now for valuable insights to apply to any manufacturing operation.

Speaker Highlight

 

Rich Murphy
Senior Applications Engineer
Blaser Swisslube

Rich Murphy is a senior applications engineer at Blaser Swisslube in Goshen, New York. He is a graduate of Ivy Tech Community College and has more than 20 years of experience in metalworking fluid applications. He specializes in helping manufacturers achieve their improvement goals through expert guidance in coolant selection and optimization. With a deep understanding of the medical industry, Rich provides tailored product recommendations and exceptional service and support. His expertise in machining applications ensures that manufacturers make more parts in less time, lower overall production costs, and enjoy a cleaner shop.

Can’t participate on the day of the event? No problem! Each registered attendee will also receive a link to the recording. This content will be sent approximately 5 business days after the event.