Manny Villafana could have retired comfortably in his early 40s, but the prospect of languorous afternoons on the golf course did little to pique the attention of a businessman famous for his restless energy.
After co-founding Cardiac Pacemakers Inc. in 1972, the serial entrepreneur went on to found St. Jude Medical Inc. and four more companies, and now he is back again, this time with a device for heart bypass surgery.
"This is the biggest thing I've ever done," Villafana promised with characteristic confidence.
To be sure, Villafana has not always hit home runs. Many investors are still chafing from the failure of CABG Medical Inc. in 2006. The company, which went public in 2004 at $5.50 a share, raising some $38 million, dissolved after the failure of clinical trials testing its surgical device.
Villafana, who walked away with $8.5 million, claims that most other shareholders recouped 40 percent to 92 percent of their investment. "I gave back $30 million to shareholders," he said. "Some people made money. ... But that's all behind us."
Many investors agree and continue to place their confidence in Villafana. "He's the Cardiac Kahuna," said Dan Carr, CEO of the Collaborative, a Minneapolis group that assists entrepreneurs. "His place in what is still the dominant industry in Minnesota -- medical devices -- is a rarefied one."
This time the legendary investor is jumping into the market for heart surgery devices. He and an unnamed partner have plowed $10 million into Kips Bay Medical Inc., which is developing a mesh device to support veins in bypass surgery. The device has been tested in primates, dogs and sheep, and human trials began abroad in August, with 14 patients enrolled so far. Villafana says early results have been promising.
Each year, about 469,000 Americans undergo bypass or open-heart surgery, according to the American Heart Association. Bypass surgery uses healthy blood vessels taken from the legs, arms, chest or abdomen and connects them to arteries in the heart so that blood is bypassed around a diseased or blocked area. Typically, two to three grafts are used in each procedure.