FEATURES 49 | Material Meld: Manufacturing for Orthotics
Plastics, metals, foams and Velcro are just some of the materials used to support, immobilize or treat muscles, joints, or skeletal parts.
59 | Advancing Grinding Technology Precision grinding processes match tooling, parts requirements.
69 | Cutting Medical Devices with Lasers
The latest developments in short-pulse and fiber lasers offer new ways to create today’s innovative medical devices. 81 | Micro Molding for Medical
Dynomax resolves issues with cracking, weld lines and short shots, resulting in top-notch micro molds for the medical industry.
87 | Medical Metrology in the Trenches Intricate, complex medical devices made in small lots are challenging to measure.
99 | KaiKaku: Manufacturing Re-Imagined
Kaikaku goes beyond production to break the existing paradigm and create a breakthrough using a new system or model.
DEPARTMENTS 8 UP FRONT
Medical Manufacturing: A Risky Business 10 CALENDAR
12 QUALITY SCAN One Flaw Can Trigger Worldwide Reporting Obligations
16 SME SPEAKS A Freshman’s First Year Journey
21 NEWSDESK
Report Details Dramatic Decline in Factory Output, Jobs
35 TECH FRONT Taming Multiblade Parts Programming
40 SHOP SOLUTIONS Texas-Sized Tools for Oil Patch Jobs
114 MFG4 SHOW PREVIEW Iconic manufacturing city will host a smorgasbord of innovation and creativity from four crucial industries
138 PRODUCT PREVIEWS 143 CLASSIFIEDS 144 AD INDEX
The Cover: A worker at Micropulse (Columbia City, IN) prepares a surgical drill guide. “We decided long ago to focus our expertise on medical manufacturing alone, which is quite challenging all to itself,” says Brian Emerick, president and CEO.