Maximizing Machinery in Medical Manufacturing
Looking for a way to get the most from your machines? Isn’t everyone? One manufacturer of orthopedic implants such as bone screws, bone plates, and replacement joints, as well as surgical instruments, is using CAM software to maximize the potential of its increasingly complex machines.
Share
Looking for a way to get the most from your machines? Isn’t everyone? One manufacturer of orthopedic implants such as bone screws, bone plates, and replacement joints, as well as surgical instruments, is using CAM software to maximize the potential of its increasingly complex machines.
DP Technology Corp. recently posted on its website a business profile of customer FMI-Hansa Medical Products (Madison, Ala.). The company uses Esprit CAM software to program its multi-tasking machines, generating complex toolpaths. The software also allows the company to use existing geometry or surfaces to output correct code to avoid all manual calculations.
“We’re trying to achieve on-time delivery for each customer and a superior quality of parts,” says David Green, programmer and manufacturing engineer at FMI-Hansa. “The software has helped us use our machines to make parts they’re designed to make, and the simulation allows us to see what it’s going to do before it goes to the machine.”
See the video interview with Mr. Green (above, or it can also be viewed with the business profile).
RELATED CONTENT
-
How to Get More Efficient Production from Swiss-Type and Multitasking Machines
SolidCAM for multi-axis Swiss type and multitasking machines provides a very efficient CAM programming process, generating optimal and safe Mill-Turn programs, with dramatically improved milling tool life.
-
Why Using Pirated Software is Riskier Than Ever
Machine shops and manufacturers that use pirated software risk losing much more – both directly and indirectly.
-
Winning New Jobs With Online Bidding
The digital revolution is hitting the business of the multiple-spindle automatic machining--in two distinct forms, no less. Twenty-five years after the first wave of digitization in manufacturing (numerical control) its linear descendant, computer numerical control or CNC, is changing the way screw machine shops do business.
