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The Cardiovascular Devices Industry:
Competitive Analysis 2004
Larry Davidson and Madhav Namjoshi
Davidson is Professor of Business Economics and Public PolicyNamjoshi holds a PhD in Pharmacology and is pursuing an MBA Degree
Indiana University Kelley School of BusinessBloomington, Indiana
Prepared for the Indiana Department of Commerce with the support of the Center for International Business Education and Research at the Indiana University Kelley School of Business. Information Services via the World Trade Atlas, U.S. State Export Edition.
To receive free copies of the export report please contact the Indiana Department of Commerce’s Office of International Trade at 317.232.4949. Direct questions to the authors of the report to Larry Davidson at [email protected] or 812.855.2773.
August 2004
I. Introduction
This article is the fourth in a series we have done pertaining to the global dimensions of the life
sciences industry (Davidson and Meng (2004, 2003a) and Davidson et al (2003)). This report
examines the cardiovascular devices sector, one that claims an important role in Indiana’s growing
life sciences sector. With Guidant headquartered here and with Cook, Boston Scientific, and other
companies with operations in Indiana, we believe this article provides important information to
key players such as policy makers, business leaders, and health administrators in the state of
Indiana as well as the senior management of the publicly and privately held companies. This work
provides a comparative overview of this competitive market and identifies opportunities for
growth.
The specific objectives of this paper are threefold:
1. Provide an overview of the cardiovascular device industry, and identify the key players in
this industry with regard to their global presence, their overall size, their level of foreign
investment, and their research and development activities in cardiovascular devices;
2. Review the key products in the industry; and
3. Examine Indiana’s contribution to the global cardiovascular device market and identify
new challenges and opportunities.
We come away from this analysis with several conclusions. The market for cardiac appliances is
large and will continue to be a growth industry. It is dominated by a few large firms, but it is
typified by intense competition. The market for cardiovascular stents exemplifies the topsy-turvy
nature of the rivalries and how product enhancements, approvals, and public acceptance can
radically change the structure of the industry. Twice now, Cordis (a Johnson & Johnson company)
had virtual 100-percent market shares in stents and then drug-coated stents only to see its market
share nearly vanish when a rival start selling a competitive product. In 2004 Boston Scientific’s
new Taxus stent took over 70 percent of the market from Cordis’ Cypher. But the competition
promises to heat up even more with larger and smaller rivals bringing forward new and better
products. Indiana companies are important players in this industry. Their relatively small size and
U.S. orientation gives them flexibility but disadvantages in terms of resources. They will need to
2
find considerable resources for research and development if they are to continue to be competitive.
They will need to become more global to gain both economies of scale and a supply chain suitable
for an increasingly international marketplace.
This need for resources and global markets is underscored by the almost frenetic change in the
industry evidenced recently. Cordis got the head start with drug-coated stents and dominated sales
in 2003. They sold some 600,000 units, with about two-thirds of them sold in the United States.
They did this despite a rough start where they had to recall almost all of their early production.
Boston Scientific got clearance for their new drug-coated stent in spring of 2004 and took 73
percent of the market way from Cordis. Their stent was the new “kid on the block,” is easier to
insert surgically and is cheaper. They are hoping for sales of about $2.5 billion – at least they were
until they had to voluntarily recall 96,000 units because of problems in the surgical delivery
system. This early July announcement is expected to impact sales during the rest of the year.
Guidant and Medtronic are late starters – they still have not had full approval for their drug-coated
stents. Medtronic’s Endeavor III trail started in 2004 and they are hoping to be approved in Europe
by the end of 2004 and in the United States by the end of 2005. They have a new Cobalt alloy that
they think will be an advancement over current versions. They hope for sales of $1 billion in their
first year of production. Guidant has been slow to begin as well, hampered by manufacturing
concerns. They entered into an agreement with Cordis that created a sales alliance and more –
cooperation on new generations of stents and resolution of some outstanding legal issues. Guidant
is also taking advantage of its prowess in other cardiac products (implantable defibrillators and
pacemakers) as they wait for a stronger position in stents to develop. A small company, Conor
Medsystems, sent notice to the bigger companies in early 2004 – they have a new stent that looks
like swiss cheese – a new technology that uses cobalt, is very flexible, and gives more control of
the emission of drugs.
The organization of the report is as follows. We begin in section II with an introduction to the
cardiovascular products industry and how it fits into the overall medical devices industries. Section
III introduces the key players and section IV describes the main products. Sections V and VI
identify key trends that will impact the industry in the future and discuss global business
perspectives. The article finishes with a discussion of Indiana’s contribution to the industry.
3
II. Medical Devices and Cardiovascular Products
The medical devices industry is comprised of companies that develop, manufacture, and market
medical apparatuses, instruments, equipment, devices and supplies. This sector covers several
thousand different types of products ranging from simple bandages to life sustaining implantable
devices. There are currently over 300 companies in the medical devices industry, some of which
are privately held, and others publicly owned (CMS 2002). The industry’s recent growth has been
fuelled by the rapidly aging population in the United States, product innovation, and significant
market potential outside the United States (CMS 2002). By one assessment, the global medical
device market was valued at over $100 billion, of which $43 billion was generated from the United
States,which remains the largest medical device market and leads the advancement of medical
device technologies (Frost 2003).
Frost 2003 describes the world market by country and regions, and finds the following: Western
Europe is the second largest market, and accounts for 25 percent of the global medical device
industry sales. Latin America and Asia are the fastest growing regions in medical devices.
Countries such as Mexico, Brazil, Argentina, and Chile have had a rapid growth in the medical
device industry over the past few years. Asian countries, such as China and India, have the greatest
growth potential due to their large populations and their rapidly developing health care systems.
The medical device industry currently includes a wide range of products for a variety of different
therapeutic areas and disease states. The important sub-sectors within this industry are devices for
cardiovascular, respiratory, orthopedic, visual and hearing disorders.
Although cardiovascular devices such as catheters, pacemakers, and defibrillators have been
produced in the United States since the 1950s, it was not until the 1980s that the cardiovascular
device industry gained prominence in the medical devices sector with the introduction of stents
(Managed Care 2003). Prior to 1980, coronary artery bypass graft (CABG) was the accepted
treatment option for patients with coronary artery disease (Managed Care 2003). In the 1980s,
percutaneous transluminal coronary angioplasty (PTCA), also called balloon angioplasty gained
4
widespread use with approximately 850,000 procedures performed in the United States in 2002
(Managed Care 2003). However, a significant number of patients undergoing PTCA experienced
restenosis in the first year following the procedure. This led to the development of stenting
technology, which continues to undergo rapid evolution.
III. The Key Players in the Cardiovascular Device Industry
We begin by introducing the following six key players:
1) Boston Scientific
2) Guidant Corp.
3) Cordis Corp.
4) Medtronic Inc.
5) Cook Inc.
6) Abbott Vascular Devices
Boston Scientific, headquartered in Natick, Mass., was incorporated in 1979, and made its initial
public offering in 1992 (BS Jan 2004). Besides its offices in Massachusetts, the company has
operations in New York, New Jersey, Florida, Minnesota and California. In addition to its U.S.
affiliates, the company’s other North American affiliates include operations in Brazil, Argentina,
Uruguay, Mexico, Columbia, Venezuela, Chile and Canada. The company’s European
headquarters are in Paris, France, with additional operations in Ireland, Germany, Italy, Austria,
the Netherlands, Hungary, Spain, Portugal, the United Kingdom, Sweden and Switzerland.
Further, the company has its Asia-Pacific headquarters in Singapore, with additional operations in
Australia, New Zealand, India, China, Taiwan, Korea, Philippines, Thailand, Malaysia and Japan.
Finally, the company also has operations in Johannesburg, South Africa. Boston Scientific
develops medical devices for a wide range of therapeutic areas such as oncology, urology,
pulmonary, and gastrointestinal endoscopy, gynecology and cardiology. The company’s important
cardiovascular devices include those for the treatment of arrhythmias and for the treatment of
coronary artery disease. Their devices for the treatment of arrhythmias include the cardiac ablation
systems for atrial flutter; while their devices for the treatment of coronary artery disease include
the coronary stent systems, balloon catheters and guide catheters. The company’s shares are traded
5
on the New York Stock Exchange under the symbol BSX. In February 2003, the company
announced the European launch of its TAXUS Paclitaxel-Eluting Stent System for reducing
coronary restenosis (BS Jan 2004). In September 2003, the company received approval to launch
the TAXUS system in Canada (BS Jan 2004), and in March 2004, the company received approval
from the U.S. Food and Drug Administration to market the TAXUS system in the United States
(BS Mar 2004).
Guidant was incorporated as recently as 1994, and has grown significantly in the
past 10 years to become one of the world’s leading manufacturers of cardiovascular devices
(Guidant Jan 2004). Headquartered in Indianapolis, Ind., the company also has major operations in
California, Texas, Minnesota, Washington and Puerto Rico. Besides these North American
affiliates, the company also has a presence in Ireland, Belgium, Germany, France, the Netherlands,
Italy, Spain, Australia, Japan, Hongkong, Canada and Brazil. Guidant has a wide range of
cardiovascular devices to treat arrhythmias, heart failure, and coronary artery disease. Their
devices to treat cardiac arrhythmias include a wide range of automatic implantable cardioverter
defibrillators (AICD’s) and cardiac pacemaker systems for acute tachycardia and bradycardia
respectively. Their key heart failure devices include the cardiac resynchronization therapy
defibrillators and their dual catheter systems, while their devices to treat coronary artery disease
include the wide range of dilatation catheters for balloon angioplasty, coronary guidewires, a wide
range of coronary stents that are used with balloon angioplasty to prevent restenosis, and
directional artherectomy devices that enable the removal of plaques from blocked arteries. The
company’s shares are traded on the New York Stock Exchange and the Pacific Stock Exchange
under the symbol GDT. In January 2004, the company announced an agreement to acquire a
Fremont, California based privately held company AFx Inc., which will add surgical cardiac
ablation technologies to Guidants’s broad cardiovascular portfolio (Guidant Jan 2004).
Cordis Corp. was established in Miami, Florida in 1959 as a medical device corporation (Cordis
Jan 2004). In 1987, the Johnson & Johnson Interventional Systems Company was established as an
innovative medical device company. By this time Cordis already had a full line of coronary
angioplasty guiding catheters that soon went on to become the industry standard. It was not until
1996 that Cordis Corp. merged with Johnson & Johnson Interventional Systems Company to form
6
Cordis Corp., A Johnson & Johnson Company. The company has a strong presence worldwide
with affiliates in North America, Europe, the Middle East, and the Asia-Pacific region. In North
and South/Latin America, the company’s affiliates include operations in Brazil, Argentina,
Columbia, Chile, Costa Rica, Guatemala, Dominican Republic, El Salvador, Panama, Puerto Rico,
Venezuela, Uruguay, Mexico, and Canada. The company has its European headquarters in
Belgium, with additional affiliates in Albania, Austria, Denmark, Germany, Greece, Hungary,
Poland, the Netherlands, Spain and the United Kingdom. In addition to this strong European
presence, the company also has affiliates in Egypt, Israel, Turkey, Bahrain, India, China, Korea,
Hongkong, Philippines, Singapore, Taiwan, Russia, Australia and New Zealand. Cordis Corp.
develops medical devices for key therapeutic areas like cardiovascular diseases, neurovascular
diseases like stroke, and peripheral vascular diseases. The company’s key cardiovascular devices
include their coronary stent systems and balloon catheters. In April 2003, the company received
approval to market their CYPHER Sirolimus-eluting coronary stent for the restenosis of coronary
arteries (Cordis Jan 2004). This was the first U.S. FDA approved combination drug device for
coronary artery disease. The CYPHER Sirolimus-eluting stent was approved in Europe in 2002.
Medtronic was founded over 50 years ago, and since then has played a significant role in the
rapidly evolving cardiac pacemaker technology (Medtronic Jan 2004). Headquartered in
Minneapolis, Minnesota, the company also has operations in Massachusetts, Texas, California,
Michigan, Tennessee, Colorado, Utah, Connecticut, Florida, Arizona, and Washington. In addition
the company has a significant European presence with operations in Denmark, the Netherlands,
Germany, France, the United Kingdom, Austria, Italy, Ireland, Sweden, and Switzerland. Finally,
the company also has operations in Canada, Mexico, Japan, Hong Kong, India and Australia.
Medtronic currently develops medical devices for neurological disorders like Parkinson’s disease,
hepatic cancer, urology, heart valves and perfusion systems for cardiac surgery, and pacing and
defibrillator systems for cardiac rhythm management. The company’s key cardiovascular products
include their Kappa and Sigma generation pacemakers, and their Marquis and Gem families of
implantable cardioverter defibrillator systems. Medtronic’s shares are publicly traded on the New
York Stock Exchange under the symbol MDT. The company has had a couple of recent successes
in 2004. On Jan. 15, the company announced the market launch of two catheters that will facilitate
cardiac resynchronization therapy (Medtronic Jan 2004). One week later, the U.S. FDA approved
7
their “brain pacemaker” or neurostimulator for the treatment of patients with Parkinson’s disease
(Medtronic Jan 2004). As of February 2004, Medtronic’s Endeavor III drug-eluting stent started
stage III testing with hopes it will be available in Europe by late 2005 and in the United States by
late 2006 (Medtronic Feb 12, 2004).
Cook Inc. originated in Bloomington, Ind., in 1963, and has grown to become one of the most
widely known and well-respected names in the medical device industry (Cook Jan 2004). The
company whose global headquarters are in Southern Indiana brings together product development,
medical device manufacturing, warehousing, and other administrative functions in its newly
designed facility. In addition to being one of the leaders in the manufacturing of cardiovascular
devices, the company also has affiliated groups that focus on other therapeutic areas such as
urology, obstetrics and gynecology and gastrointestinal endoscopy. Further, Cook Biotech, located
in West Lafayette, Ind., was created to focus on research and development in the biotechnology
arena. Finally, William Cook Europe, Cook Australia, and Cook Ireland, located in Denmark,
Australia, and Ireland, respectively underscore Cook Inc.’s position as a global player. The
company has experienced two recent successes in bringing important medical devices to the
market. In June 2003, the company received FDA approval to market the Zenith AAA
Endovascular Graft for the endovascular treatment of patients with abdominal aortic aneurysms
(AAA); and in January 2004, they also received approval to market the Zilver 518 Biliary Stent for
the treatment of patients with malignant neoplasms of the biliary system. Cook Inc.’s key
cardiovascular devices include arterial catheters and central venous catheter systems. The company
is privately held.
Abbott Vascular Devices is the medical device division of Abbott Laboratories. The company
headquartered in Redwood City, Calif., primarily develops stents for coronary artery disease and
other vessel closure devices (AVD Jan 2004). In March 2002, Abbott acquired the cardiovascular
stent business of U.K.-based Biocompatibles International. Later, in June 2003, the company
acquired Netherlands-based Jomed N.V.’s coronary and endovascular product lines. Finally, in
September 2003, the company acquired California-based Integrated Vascular Systems Inc. to
further increase its portfolio of medical devices.
8
Global Presence and Size of Key Industry Players
Table 1 shows the global presence of the key players in the cardiovascular device industry. We
have defined global presence as the existence of manufacturing facilities, R&D centers, technology
centers, or sales offices at various locations around the world. All the major players in the
cardiovascular industry have facilities in North America and Europe (BS Jan 2004, Guidant Jan
2004, Cordis Jan 2004, Medtronic Jan 2004, AVD Jan 2004, Cook Jan 2004). The European
market has been the focus of these companies, and most have multiple affiliates across the
continent. Boston Scientific has 12 facilities in Europe, Cordis has 11, Medtronic has 10, and
Guidant has seven facilities (BS Jan 2004, Cordis Jan 2004, Medtronic Jan 2004, Guidant Jan
2004). Cook Inc. has only two facilities in Europe, located in Ireland and Denmark. Data on the
number of European facilities for Abbott Vascular Devices is not available.
It is interesting to note that only Boston Scientific, Guidant Corp., Medtronic Inc., and Cordis
Corp. have a presence in Latin America (BS Jan 2004, Guidant Jan 2004, Medtronic Jan 2004,
Cordis Jan 2004). Once again, the number of facilities across the region varies considerably by
company. While Cordis Corp. has as many as 13 facilities in Latin America, Boston Scientific has
seven, and Guidant and Medtronic have one each. Cook Inc. and Abbott Vascular Devices do not
currently have a presence in the region. Although all the key players besides Abbott Vascular
Devices have an Asian-Pacific presence, they yet again differ in the number of affiliates in the
region. Boston Scientific and Cordis Corp. have 10 and 13 affiliates respectively in the Asia-
Pacific region. On the other hand, Guidant has three affiliates, Medtronic Inc. has four, and Cook
Inc. has only one affiliate in the region. Boston Scientific is the only large player in this industry
with an affiliate on the African continent.
It is evident that although all the companies have invested in facilities outside the United States,
the geographic focus differs by company. Cordis Corp. has more than 10 facilities each in Europe,
Latin America and the Asia-Pacific. Similarly, Boston Scientific has 10 or more facilities in both
Europe and the Asia-Pacific. While Medtronic Inc. has 10 facilities in Europe, the company has far
fewer facilities in the other regions. The two Indiana-based companies Guidant Corp. and Cook
Inc. have comparatively fewer facilities outside the United States than their competitors. The
9
absence of detailed information on the global facilities for Abbott Vascular Devices limits our
ability to make conclusions pertaining to its global presence.
Table 1. Global Presence of Key Industry Players
Key Player North America Europe Latin America Asia-Pacific Africa
Boston Scientific X X X X X
Guidant Corp. X X X X
Cordis Corp. X X X X
Medtronic Inc. X X X X
Cook Inc. X X X
Abbott Vascular Devices X X
Employee Base and Asset Size of Key Industry Players
While Table 1 provides an indication of the global reach of the key players in this industry, another
important aspect that needs to be carefully evaluated is the size of the key players in the industry.
Two determinants of size are the number of employees and the total assets. Table 2 provides a
comparative overview of employment levels. Once again, our employment comparisons are
impacted by data limitations. While Boston Scientific, incorporated almost 25 years ago, has
approximately 14,000 employees (BS Jan 2004), Guidant Corp. has grown to an employee base of
11,000 in 10 years (Guidant Jan 2004). Cordis Corp. has the benefit of the enormous Johnson &
Johnson infrastructure that has more than 110,000 employees worldwide and almost $40 billion in
total revenue (JNJ Jan 2004). Medtronic Inc. has grown to 30,000 employees over the 50 years
since it was incorporated (Medtronic Jan 2004). Abbott Vascular Devices, similar to Cordis Corp.,
benefits from the large established infrastructure of its parent company, Abbott Laboratories,
which has an employee base of approximately 70,000 (AVD Jan 2004). Johnson & Johnson and
Abbott Laboratories do not separate their employment numbers by division; therefore, their
numbers should not be directly compared with those from Boston Scientific, Guidant Corp. and
Medtronic Inc. Employment numbers for Cook Inc., a private company, are not available. While
we cannot directly compare the employment levels across these companies, it is clear that all the
players are large companies.
10
Table 2. Number of Employees in Key Industry Players in 2003
Key Player Number of employees
Boston Scientific 14,000
Guidant Corp. 11,000
Johnson & Johnson* 110,000
Medtronic Inc. 30,000
Cook Inc. (not available)
Abbott Laboratories** 70,000
*Johnson & Johnson employment numbers are not broken down by segment. Thus, Cordis Corp. is
not individually accounted for.
**Abbott laboratories employment numbers are not broken down by segment. Thus, Abbott
Vascular Devices is not individually accounted for.
Table 3 provides an overview of the total assets of the key players in the industry over a period of
six years. We have defined total assets as the sum of current (cash, accounts receivables,
inventories and prepaid expenses) and fixed (property, plant and equipment) assets. The data on
total assets is very consistent with that on employment levels. We see dominance by the two
companies that do not disaggregate their numbers for cardiovascular devices. Johnson & Johnson
had total assets worth $48 billion in 2003, an increase of over 84 percent since 1998. Abbott
Laboratories doubled its total assets between 1998 and 2003 to be valued at $27 billion in 2003. It
is clear from these numbers that both companies are very large.
Boston Scientific’s total assets have grown consistently at a rate of about 15 percent since 2000
after a couple of years of negative growth in the late 1990s (BS Annual Report 1998, BS Annual
Report 1999, BS Annual Report 2000, BS Annual Report 2001, BS Annual Report 2002). Guidant,
on the other hand, tripled its total assets between 1998 and 2003 (Guidant Annual Report 1998,
Guidant Annual Report 2000, Guidant Annual Report 2001, Guidant Annual Report 2002), and in
2003 had total assets worth $4.6 billion. Consistent with the data on employment levels, Boston
Scientific, with approximately $5.7 billion in total assets in 2003, is slightly larger than Guidant
Corp. with approximately $4.6 billion in total assets in 2003.
11
Medtronic Inc. increased its total assets by almost 55 percent between 2001 and 2002 (Medtronic
Annual Report 2002), and had total assets worth $12 billion in 2003. However, data on total assets
for Medtronic Inc. prior to 2001 are not available. Financial results specifying the total assets for
Cook Inc., a privately held organization, are also not available.
Table 3. Total Assets (in millions) of Key Industry Players from 1998-2003
Key Player 2003 2002 2001 2000 1999 1998
Boston
Scientific
5,699 4,450 3,974 3,427 3,572 3,892
Guidant
Corp.
4,640 3,716 2,916 2,521 2,250 1,570
Johnson &
Johnson*
48,263 40,556 38,488 31,321 29,163 26,211
Medtronic
Inc.
12,321 10,905 7,039 (na) (na) (na)
Cook Inc. (na) (na) (na) (na) (na) (na)
Abbott
Laboratories**
26,715 24,259 23,296 15,283 14,471 13,259
*Johnson & Johnson total assets are not broken down by segment. Thus, Cordis Corp. is not
individually accounted for.
**Abbott Laboratories total assets are not broken down by segment. Thus, Abbott Vascular
Devices is not individually accounted for.
“na” means not available
2003 Sales and Net Income of Key Industry Players
Table 4 shows sales and net income figures for the key industry players. The companies in this
table are listed in order of their performance based on increases in both sales and net income.
Companies with the highest sales increase are listed first, and in the event that two companies had
the same sales increase, the company with the higher net income increase is listed first. In 2003, all
12
the companies had excellent sales results, with sales increases ranging from 17 percent for Guidant
Corp. to 45 percent for Abbott Vascular Devices.
Although Abbott Vascular Devices had the highest sales increase, the company had sales of only
$185 million in 2003; therefore, the numbers should be carefully interpreted (AVD Jan 2004).
Both Boston Scientific and Medtronic Inc. had a strong financial year with sales increasing 19
percent in each case. While net income for Medtronic Inc. increased 63 percent to $1.6 billion
(Medtronic Annual Report 2003), net income for Boston Scientific increased 26 percent to $521
million (BS Feb 2004).
Johnson & Johnson’s medical devices and diagnostics division also had a strong financial year
with an 18 percent increase in sales to almost $15 billion (JNJ Jan 2004). It is important to note
that the medical devices and diagnostics division at J&J includes Cordis, DePuy’s orthopedic
products, and Ethicon Endo-Surgery’s surgical products; therefore, J&J’s financial numbers should
be carefully interpreted. Guidant Corp., on the other hand had a year with mixed financial results.
While sales in 2003 increased 17 percent to $3.7 billion, net income decreased 36% to $426
million (Star Jan 2004). This decline was primarily driven by the expenses related to the damages
Guidant was required to pay Cordis Corp. for infringement on its stent patents (Star Jan 2004).
Financial results on sales and net income for Cook Inc., a privately held company, are not
available.
Table 4. Financial Performance of Key Industry Players in 2003
Key Player 2003 Sales % change vs. 2002 2003 Net Income % change vs. 2002
Abbott Vascular
Devices
$185 million + 45% (not available) (not available)
Medtronic Inc. $7.66 billion + 19% $1,600 million + 63%
Boston Scientific $3.48 billion + 19% $521 million + 26%
JNJ Medical Devices &
Diagnostics*
$14.9 billion* + 18% (not available) (not available)
Guidant Corp. $3.70 billion + 17% $426 million - 36%
Cook Inc. (not available) (not available) (not available) (not available)
* includes Cordis, DePuy, and Ethicon Endo-Surgery
13
2003 Research & Development of Key Industry Players
In order to stay on the cutting edge of research and innovation in this competitive industry, all the
key players made significant investments in research and development (R&D). Table 5 provides an
overview of the research and development expenses for each of these players in 2003. Johnson &
Johnson spent more than $4.5 billion (JNJ Annual Report 2003) and Abbott Laboratories spent
more than $1.7 billion (Abbott Annual Report 2003) on R&D in 2003. However, it is important to
note here that these R&D investments were distributed across multiple business segments such as
pharmaceuticals, consumer products, hospital products, and medical devices. These numbers
should therefore be interpreted with caution.
Both Medtronic Inc. and Guidant Corp. spent over half a billion each in R&D in 2003. As a
percentage of sales, Guidant Corp. spent the most in the category, with 14 percent of its sales in
2003 being invested in R&D. Although Boston Scientific spent the least on R&D in 2003, its R&D
spending as a percentage of sales was second only to Guidant Corp.. Numbers on R&D expenses
for Cook Inc., a privately owned company, are not available.
Table 5: R&D Expenses of Key Industry Players in 2003
Key Player R&D expenses % of sales
Johnson & Johnson* $4,684 million 11.2%
Abbott Laboratories** $1,733 million 8.80%
Medtronic Inc. $749 million 9.78%
Guidant Corp. $518 million 14.0%
Boston Scientific $452 million 12.98%
Cook Inc. (not available) (not available)
*Johnson & Johnson R&D expenses are not broken down by segment. Thus, Cordis Corp. is not
individually accounted for.
** Abbott Laboratories R&D expenses are not broken down by segment. Thus, Abbott Vascular
Devices is not individually accounted for.
14
IV. Key Cardiovascular Products
The previous sections have provided an overview of the key players in the cardiovascular device
industry. In addition to understanding the key companies in this industry, it is also important to
know both the important products, and which of the key players manufactures and markets these
products. The most important products in the cardiovascular devices industry include coronary
stents, cardiac rhythm management devices and heart valves. Below provide an overview of these
products, specifically with the intent of identifying the role these products play in the portfolios of
the key industry players. The information is summarized in Table 6.
Coronary Stents
Patients who undergo percutaneous transluminal coronary angioplasty (PTCA) to remove
blockages in coronary arteries experience a 30 to –40 percent restenosis rate in the first six months
following the procedure (Managed Care 2003). About 10 years ago, the first coronary stent was
introduced to reduce the restenosis rate. Stents are miniature wire meshes that are inserted into
blood vessels to reduce blockages and allow blood to flow freely through the heart. Coronary
stents must have two very important and in some ways opposing attributes. First, stents must be
flexible to navigate their way through blood vessels. Second, the stent must be strong enough to
hold the artery open. These opposing attributes present several challenges to manufacturers that
strive to ensure that the stenting technology is successful. The initial stents that were developed
were termed “bare metal stents.” In 1994, Cordis Corp. pioneered the first coronary artery stent.
Although these bare metal stents were able to reduce restenosis to some extent, they caused
specific reactions inside the blood vessels that resulted in conditions that were very difficult to
treat. This problem was solved with the introduction of a novel technology called “drug-eluting
stents” or “drug-coated stents.” Last year, Cordis Corp. introduced the first drug-coated stent in the
U.S. market. Their product, the Cypher Stent, uses the drug Sirolimus (rapamycin) that is released
into the blood vessel. The Cypher Stent was launched in Europe in 2002. In February this year,
Guidant Corp. entered into a strategic agreement with Cordis Corp. to co-promote their Cypher
Coronary Stent System. This agreement enables Guidant Corp. to enter into the drug-eluting
coronary stent market earlier than expected, since their own Champion Everolimus-Eluting Stent
15
System is not expected to be marketed before 2005 in Europe and 2006 in the United States. In
March this year, Boston Scientific became the second cardiovascular device manufacturer to gain
approval from the U.S. FDA for a drug-eluting stent, and have launched their TAXUS stent system
that uses the drug paclitaxel.
The introduction of the Cypher Stent in 2003 resulted in a phenomenal 65 percent sales growth for
Cordis Corp. that enabled it to become the most notable contributor to J&J’s Medical Devices and
Diagnostics segment. The stent business segment at Guidant Corp. ranked third in the company
after their defibrillator and pacemaker segments, and accounted for only 11 percent of the
company’s sales in 2003. However, with the recent co-promotion agreement with Cordis Corp.,
this segment is expected to have significant growth in 2004.
Cardiac Rhythm Management Devices
The heart’s natural pacemaker, called the sinuatrial node, creates electrical impulses which are
transmitted from the upper chambers of the heart to the lower chambers. These electrical impulses
enable the heart to beat at a specific rate. Often, either defects in the sinuatrial node or blockages
of the electrical pathways cause a disruption in the heart’s rhythm. An artificial pacemaker is a
small battery-operated device that regulates the heart rhythm. The guidelines for implantation of
cardiac pacemakers are provided by the American College of Cardiology Foundation (ACC Mar
2004).
Ventricular fibrillation, also termed ventricular tachycardia, is an irregular and chaotic heart
rhythm that originates in the heart’s lower chambers. Implantable cardioverter defibrillators deliver
electrical shocks to the heart to eliminate these irregular rhythms.
The market for pacemakers and implantable defibrillators is dominated by Guidant Corp.
Medtronic Inc. cardiac rhythm management products accounted for 58 percent of Guidant Corp.’s
sales and 47 percent of Medtronic Inc.’s sales in 2003.
Heart Valves
16
Heart valves connect the chambers of the heart to ensure the unidirectional flow of blood. A
defective heart valve fails to open or close properly, and results in either insufficient blood being
pumped through the heart, or excessive blood flow leading to regurgitation. The two inlet valves
that connect the auricles to their respective ventricles are called the tricuspid valve and the mitral
valve. The two outlet valves that open into the pulmonary arteries and the aorta are called the
pulmonary valve and the aortic valve, respectively (AHA Mar 2004).
Table 6. Key Products Manufactured by Key Industry Players
Key Players Bare Metal
Stents
Drug-Eluting
Stents
Cardiac
Pacemakers
Defibrillators Heart Valves
Boston
Scientific
X X X
Guidant
Corp.
X X X X
Cordis Corp. X X
Medtronic
Inc.
X X X X
Cook Inc. X
Abbott
Vascular
Devices
X
V. Key Trends Shaping the Future of the Industry
Similar to most industries in the healthcare sector, the cardiovascular devices industry is
influenced by several important factors. Below we introduce six trends that promise to impact
these key companies in the foreseeable future.
1. Age Structure of Population:
In the United States, the aging of the baby-boomers, defined as those individuals born between
1946 and 1964, will significantly influence the growth of this industry. The rapid expansion of the
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elderly in the United States is expected to increase the medical needs of the population over the
next 20 years. The United States is not the only part of the world facing a graying future – Europe
and Japan have similar demographics.
2. Regulation:
The cardiovascular device industry is highly regulated around the world, making it very difficult
for manufacturers to introduce new products into the market. The stringent guidelines imposed by
the U.S. Food and Drug Administration have induced manufacturers to launch products in other
markets prior to the United States’.. For example, Boston Scientific launched its TAXUS stent
system in Europe and Canada prior to gaining U.S. approval. This could potentially impact the
price of the devices launched since prices for healthcare products in Europe are highly regulated by
federal governments. As a result of reference pricing, manufacturers are often under pressure to
price their products in the United States at similar prices to those in Europe and Canada thereby
limiting profitability.
3. Health Care Expenditures:
Since the early 1990s, there have been concerted efforts globally to control rapidly increasing
health care expenditures. The establishment of managed care in the United States has partially
controlled these expenditures by placing limitations on reimbursement levels for specific products
and services. As the medical needs of the world population increases over the next 20 years, the
medical reimbursement system will need to trade-off the provision of appropriate medical services
to our seniors with increases in health care spending. This single trend puts great pressure on firms
to find ways to reduce the price of stents and other devices.
4. Business Taxes:
The tax rates on manufacturing plants and processes influence a company’s decision to
manufacture devices in specific geographic locations. For example, within the European Union,
Ireland has the lowest corporate tax rates. Not surprisingly, Boston Scientific, Guidant Corp.,
Medtronic Inc. and Cook Inc. all have affiliates in Ireland. Attempts to harmonize taxes in the
European Union and to reduce trade distortions through the World Trade Organization have not
yet succeeded but companies should be mindful of future changes.
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5. Intellectual Property Rights:
Protection of intellectual property rights and enforcement enables manufacturers to gain exclusive
rights to specific technologies through patents. These patents are critical to companies as they seek
to recoup the significant investments in research and development. With overall patent lives
shortening due to delays in product approval, manufacturers face a difficult situation in order to
remain profitable.
6. Technology:
With the rapid improvements in technology for specific devices like coronary stents,
manufacturers struggle to stay ahead of the curve on innovation. With Boston Scientific setting the
standard for stenting by introducing the first drug-coated stent, the other key players have focused
on introducing similar products into the market to blunt Boston Scientific’s first-mover advantage.
Drug-coated stents exemplify the marriage of pharmacology, biotechnology and medical hardware.
When coupled with advances in miniaturization of machines the importance of science, research
and development, and interdisciplinary knowledge provide for a very interesting and competitive
landscape for technology.
VI. International Business Perspectives
Although the cardiovascular devices industry is very interesting with over 100 companies, the key
players that dominate this industry are in the United States. These players, however, have made
significant investments in affiliates overseas and often rely heavily on sales generated outside the
United States to boost their profits. From the standpoint of having a global presence, defined as the
presence of sales, marketing, R&D, or manufacturing affiliates around the world, Boston Scientific
leads the pack with a presence on all the five major continents. However, Cordis Corp. is the only
one in the category to have more than 10 facilities on 3 continents outside North America. In
addition to the number of affiliates or facilities outside the U.S., another indicator of international
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business is the proportion of sales that are derived from outside the United States. Table 7 provides
an overview of the breakdown in 2003 sales figures for the key players.
Table 7. U.S. Versus Non-U.S. Sales of Key Industry Players in 2003
Key Player U.S. sales Proportion of
Total
Non U.S. sales Proportion of
total
J&J Medical
Devices &
Diagnostics*
$8,000 million 54% $6,880 million 46%
Medtronic Inc. $5,360 million 70% $2,300 million 30%
Boston Scientific $1,900 million 56% $1,500 million 44%
Guidant Corp. $2,200 million 70% $930 million 30%
Abbott Vascular
Devices**
(not available) (not available) (not available) (not available)
Cook Inc. (not available) (not available) (not available) (not available)
* Includes Cordis Corp., DePuy, and Ethicon Endo-Surgery.
** Abbott Vascular Devices does not break down its sales figures.
With $8 billion in 2003 sales, Johnson & Johnson’s Medical Devices and Diagnostics group had
the highest sales both inside and outside the United States. However, it is important to note that
this business unit of J&J includes Cordis Corp., DePuy, and the Ethicon Endo-Surgery division;
therefore, its sales figures should be interpreted with caution. Medtronic Inc. had $2.3 billion in
non-U.S. sales, and these accounted for 30 percent of the company’s total revenues in 2003. While
Boston Scientific’s non-U.S. sales were lower than those of Medtronic Inc.’s, they accounted for
44 percent of the company’s total 2003 revenues. Finally, Guidant Corp., with less than $1 billion
in non-U.S. sales, had 30 percent of its revenues generated outside the United States. Abbott
Vascular Devices does not break down its sales figures by geography, and sales data for Cook Inc.,
a private company, are not available.
It is clear from Table 7 that both Guidant Corp. and Medtronic Inc. have a greater reliance on
domestic sales compared to either J&J’s Medical Devices and Diagnostic group or Boston
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Scientific that have 54 percent and 56 percent of their revenues generated in the United States,
respectively. It is interesting to note that the data on the breakdown of sales figures is consistent
with that on the global presence of the key players, since J&J’s Cordis Corp. and Boston Scientific
have the highest number of non-U.S. affiliates.
VII. Indiana’s Contribution and Future Growth
Indiana has contributed to this competitive industry primarily through its key players –
Indianapolis-based Guidant Corp. and Bloomington-based Cook Inc. Guidant Corp. has
experienced phenomenal growth in a very short span of 10 years since it was instituted as a
separate company. With over $3.5 billion in sales, over $4.5 billion in total assets, and over 10,000
employees, Guidant has established itself as one of the largest and most profitable companies in
the state of Indiana. Further, with its recent agreement with Cordis Corp. to co-promote the Cypher
stent system, Guidant has now entered the most rapidly growing segment within the cardiovascular
device industry. However, there are a few things Guidant must do over the next few years in order
to compete successfully with the remaining key players. Currently, the stent business comprises
only 11 percent of Guidant’s sales, and this is the segment that the company needs to focus on
growing over the next couple of years. In addition to co-promoting the Cypher stent system,
Guidant needs to expedite the development of its own Champion Everolimus-Eluting Stent. By
doing this, Guidant will expand its cardiovascular device portfolio, and decrease its reliance on the
cardiac rhythm management devices. Guidant also needs to increase its presence in non-U.S.
markets. Currently, Guidant has seven facilities in Europe, three in the Asia-Pacific region, and
only one in Latin America. These numbers do not compare favorably with the global presence of
either Boston Scientific or Cordis Corp.. Further, with only 30 percent of sales being generated
outside the United States, Guidant is heavily reliant on success in the U.S. market.
Cook Inc. faces a similar situation. With only two facilities in Europe and one in the Asia-Pacific
region, Cook needs to expand its global operations. Since key financial numbers for Cook are not
available, it is difficult to draw conclusions at this point. However, it is clear that in the next few
years, Indiana’s contribution to this industry will be driven by Guidant Corp. and Cook Inc..
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Cardiovascular products are a double-edged sword for Indiana. This is a very risky business. As
the drug-coated stent competition shows, market share is very sensitive to price, quality and safety.
A lot of money must be invested to stay up with the leaders. But buyers jump at the newest
products almost as easily as households seem to adopt a new favorite restaurant. Our mid-size
Indiana companies are being threatened from both ends. The larger companies can afford swings in
sales in income on one or more of their product lines. They have the luxury of resources and time.
These larger companies also have wider global presence that allows some cushion against regional
or national changes in sales. But smaller companies also provide a degree of competition. While it
may take a lot of resources to keep a pipeline of new and better products coming – newer start-up
companies with a couple of good new ideas can garner market share. Our mid-size Indiana
companies must also broaden their knowledge horizons across industry sectors. The combination
of machine miniaturization and use of pharmacy and biotech innovations means that firms must
have wider proficiencies.
From a public standpoint, Indiana is lucky to have companies that are leaders in this industry of
tomorrow. These companies can produce what the world will need in the future. These are also
high value-added manufacturing companies that are very knowledge intensive. They pay well and
contribute their share to taxes. Meeting the public and social needs of these kinds of companies
could draw others to the state. Indiana is sometimes thought of as state without churn – without the
ability to research and bring new products to the market. These companies defy that reputation and
form the core of the future manufacturing base.
Yet having companies like these is risky. All states and countries will be trying to attract such
companies. They face intense competition and they will need to change rapidly. They are
producing the right products and they are doing it well but the situation can change rapidly. Policy
makers will have to be acutely aware of these competitive forces and be ready to meet the needs of
such companies. Good infrastructure including a highly conducive climate for science is very
important for their success. Of course, fostering a climate of entrepreneurship and capital attraction
must be at the heart of public policy.
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