Emuge, Open Mind Team Up to Present Five-Axis Workshop
The event will take place June 12, 2019, at Emuge’s North American corporate headquarters and technology center in Boylston, Massachusetts.
Open Mind Technologies USA, developer of HyperMill, and tool manufacturer Emuge Corp. are teaming up to host a free Lunch and Learn Workshop with a focus on advanced strategies for five-axis milling. The event will take place June 12, 2019, at Emuge’s North American corporate headquarters and technology center in Boylston, Massachusetts. Manufacturing professionals are invited to attend, and may register here.
Experts from both companies will present strategies on how to reduce cycle times and improve surface finishes and tool life by taking advantage of new end mills and CAM software in five-axis machining. In addition to short presentations, the event will feature live custom milling demonstrations on a Hermle C 42 five-axis mill-turn, which will machine a bladed component with Emuge’s circle segment (conical barrel) end mills and HyperMill Maxx Machining.
A catered lunch will be offered, and a Q&A session will conclude the event.
“Our collaboration with Open Mind to develop circle segment machining has enabled dramatic productivity improvements for challenging applications, such as in aerospace. We are pleased to demonstrate this leading cutting tool and CAM software solution at the event,” says Emuge President Bob Hellinger.
Open Mind Managing Director Alan Levine adds that the workshop will be “an excellent opportunity for attendees to consult with Open Mind and Emuge experts to solve their toughest aerospace milling challenges.”
Related Content
-
Improve Machining Efficiency Through Digital Twin Simulation
Full simulation of a machining cycle using digital twins can not only identify crashes before they happen, but provide insights that enable the user to reduce cycle times.
-
Generating a Digital Twin in the CNC
New control technology captures critical data about a machining process and uses it to create a 3D graphical representation of the finished workpiece. This new type of digital twin helps relate machining results to machine performance, leading to better decisions on the shop floor.
-
When Handing Down the Family Machine Shop is as Complex as a Swiss-Turned Part
The transition into Swiss-type machining at Deking Screw Products required more than just a shift in production operations. It required a new mindset and a new way of running the family-owned business. Hardest of all, it required that one generation let go, and allow a new one to step in.
