Little Canada-based medical device company St. Jude Medical Inc. officially unveiled plans Wednesday for its largest-ever deal: a $3.4 billion proposal to acquire California heart-device firm Thoratec Corp.
St. Jude CEO Dan Starks told investors that the price — a 40 percent premium over Thoratec's weighted 30-day average stock price — would be fair in light of the company's long-term growth prospects and its strong position in devices that aid circulation in patients with failing hearts.
The deal would also saddle St. Jude with a lot of debt, though exactly how much is not yet clear. Two bond-ratings agencies said they may downgrade the company's credit rating. Moody's Investors Service said St. Jude may use new debt to fund the entire deal, which it called "richly priced."
In an interview, St. Jude Chief Financial Officer Don Zurbay said the company plans to aggressively pay off the loans and return to more typical debt loads by the end of 2017. "The deal can really make a lot of sense strategically … but also financially, if we can pay down the debt fairly quickly," he said.
Although the deal is scheduled to close by the end of the year, its outcome is far from certain.
Thoratec is actively soliciting acquisition offers from other companies for the next 30 days, during which it may accept a higher offer and pay St. Jude a $30 million termination fee. Even after the "go-shop" period ends, Thoratec can still accept a better offer and pay a fee of $111 million. The deal also needs approvals from regulators and shareholders.
Thoratec sells an implantable system called a left ventricular assist device, or LVAD, which mechanically pushes blood through the circulatory system for patients whose hearts are too weak or injured to do it by themselves. The advanced heart-failure devices retail for as much as $100,000, and Thoratec controls more than 60 percent of the market.
Thoratec recently got European approval to sell another type of circulatory-assist device called a percutaneous heart pump, or PHP, which pumps blood mechanically but is small enough to fit inside a delivery tube inserted in a blood vessel.