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Becton Dickinson

 
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Becton, Dickinson and Company

(NYSE:BDX)
Contact Information
Becton, Dickinson and Company
1 Becton Dr.
Franklin Lakes, NJ 07417-1880
NJ Tel. 201-847-6800
Toll Free 800-284-6845
Fax 201-847-6475

Type: Public
On the web: http://www.bd.com
Employees: 29,369
Employee growth: 2.0%

Don't worry, you'll only feel a slight prick if Becton, Dickinson (BD) is at work. The company's BD Medical segment is one of the top global manufacturers of syringes and other injection and infusion devices. BD Medical also makes IV catheters and syringes, prefillable drug delivery systems, self-injection devices for diabetes patients, and related supplies such as anesthesia trays and sharps disposal systems. The BD Diagnostics segment offers tools for collecting specimens and the equipment and reagents to detect diseases in them. Finally, BD caters to researchers through its BD Biosciences unit, which makes reagents, antibodies, cell imaging systems, and labware used in basic and clinical research.

Key numbers for fiscal year ending September, 2011:
Sales: $7,828.9M
One year growth: 6.2%
Net income: $1,271.0M
Income growth: (3.5%)

Officers:
Chairman and CEO: Edward J. (Ed) Ludwig
President and COO: Vincent A. (Vince) Forlenza
VP and CIO: J. Peter Natale

Competitors:
Abbott Labs
Baxter International
Covidien

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Becton, Dickinson & Company

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Incorporated: 1906
NAIC: 339112 Surgical and Medical Instrument Manufacturing;
SIC: 3841 Surgical & Medical Instruments; 3842 Surgical Appliances & Supplies; 3826 Analytical Instruments; 8731 Commercial Physical Research; 8733 Noncommercial Research Organizations

Becton, Dickinson & Company manufactures and markets medical supplies and devices and diagnostic systems for use by healthcare professionals, medical research institutions, and the general public. The company's operations are arranged into three business segments: Medical Systems, Biosciences, and Preanalytical Solutions. The Medical Systems unit holds the number one market positions worldwide in hypodermic needles and syringes, insulin delivery syringes, I.V. catheters, and prefillable drug delivery systems. Products produced by the Biosciences unit include cellular analysis systems, infectious disease diagnostic kits and tests, and automated blood culturing systems. The Preanalytical Solutions unit focuses on products and services for the collection and management of specimens. With operations in the United States and numerous countries around the world, Becton, Dickinson derives nearly half of its revenue from its international business activities.

The company was founded in 1897 by two salesmen, Maxwell W. Becton and Fairleigh S. Dickinson, as a partnership first to sell medical thermometers and syringes (imported from Europe) and then to manufacture them. Expansion into new product lines in the early years came via acquisitions. In 1904 the partnership acquired Philadelphia Surgical Company and Wigmore Company, both of which were makers of surgical, dental, and veterinary instruments. The manufacture of medical bags was added the following year through the purchase of Comstock Bag Company. One year later, Becton, Dickinson & Company was incorporated in the state of New Jersey and built a manufacturing plant in East Rutherford, New Jersey, for the production of thermometers, syringes, and hypodermic needles.

Even with the company's new plant, Becton, Dickinson continued to rely on European suppliers for some of the products it sold, mainly because of the higher quality of the imports versus those made domestically. Along these lines, the acquisition of New York-based Surgical Supply Import Company in 1913 was completed to gain the company's network of high-quality foreign suppliers. The purchase also helped broaden Becton, Dickinson's product line through such Surgical Supply products as the Asepto bulb syringe.

During World War I, Becton, Dickinson's import supplies were, in large part, cut off, propelling the company deeper into manufacturing its own products. In the midst of the war, the president of Surgical Supply, Oscar O.R. Schwidetzky, who stayed with Becton, Dickinson following the acquisition, developed a new American-made cotton elastic bandage. In 1918 the company conducted a contest among physicians to name the new bandage, out of which emerged the ACE bandage, 'ACE' being an acronym for 'All Cotton Elastic.' Meantime, the slow but steady growth of Becton, Dickinson was evidenced by the company reaching the milestone of $1 million in sales in 1917, two decades after the founding.

Throughout the early decades, the family-run business built a reputation as a maker and marketer of products superior to those of its competitors. Through its product development--and acquisitions--the company kept pace with the latest advances in medical technology and standards. Such was the case with the 1921 purchase of Physicians Specialty Company, which was headed by Andrew W. 'Doc' Fleischer, who like Schwidetzky took a position with Becton, Dickinson following the merger. Fleischer had developed the mercurial sphygmomanometer (an instrument for measuring blood pressure) as well as the binaural stethoscope. In 1924 Becton, Dickinson began making syringes designed specifically for insulin injection, marking the company's first foray into the diabetes care sector. The following year Fairleigh Dickinson received a patent for the Luer-Lok tip, a locking collar that more securely attached a hypodermic needle to a syringe, thereby making injections safer, less painful, and more accurate.

Through the difficult years of the Great Depression, the company's workers retained their jobs by agreeing to a series of voluntary pay cuts. A key development in the World War II years came in 1943 with the acquisition of Multifit, which had been founded by Joseph J. Kleiner eight years earlier. Kleiner had developed a syringe system with interchangeable barrels and plungers. Kleiner's product had a number of advantages, including reduced labor costs, reduced breakage because it was made from a very strong kind of glass, and enhanced convenience for its users. Kleiner also brought to Becton, Dickinson another key concept he was developing called the Evacutainer. Patented in 1949, the Evacutainer used a vacuum system, a needle, and a test tube to draw blood from patients. The device was later renamed the Vacutainer tube, and marked Becton, Dickinson's entry into the burgeoning field of diagnostic medicine. Also in 1949 the company's first manufacturing facility located outside New Jersey was established in Columbus, Nebraska. Overall revenues reached $16 million by 1950.

Throughout its first 50 years Becton, Dickinson was a conservatively managed, family-run business. The enterprise entered the affluent postwar years with a solid market share in medical supplies and was well prepared for a major expansion. The company recognized that its traditional approach to business would not be appropriate for the future. Therefore, in 1948, the sons of the founders, Henry P. Becton and Fairleigh Dickinson, Jr.--both astute businessmen--assumed managerial control of the company.

With Dickinson as chief executive officer and Becton serving in a variety of other capacities during the 1950s, Becton, Dickinson gradually expanded its product line. By 1964, more than 8,000 products were being manufactured by Becton, Dickinson, including a broad line of medical supplies of superior diagnostic accuracy. The company divided its business into four operating divisions--medical health, laboratory, animal research and testing, and overseas sales. In the course of an acquisition program, Becton, Dickinson purchased Carworth Inc., the leading producer of laboratory mice; Canton, Ohio-based Wilson Rubber Company, maker of rubber gloves for surgical, industrial, and household use (acquired in 1954); the Bard-Parker Company, manufacturer of surgical blades and scalpels (1956); and several specialized research laboratories. Increasingly, Becton, Dickinson's strongest growth was experienced in the market for disposable items, with the company becoming a leader in this burgeoning area. The 1955 acquisition of Baltimore Biological Laboratories (BBL) was particularly important in this regard as BBL was already making sterile, one-use blood donor kits for the American Red Cross (with Becton, Dickinson acting as distributor). By 1964, such products as disposable syringes and needles accounted for 60 percent of the company's $70 million in sales.

The new management team also was noted for its attention to international expansion. The first such move came in 1951 with the acquisition of the company's Canadian distributor to create Becton Dickinson Canada, Ltd., its first wholly owned subsidiary and foreign operation. The following year Becton, Dickinson acquired the Mexican firm MAPAD S.A. de C.V., maker of syringes, needles, and clinical thermometers, and established a manufacturing plant in Le Pont-de-Claix, France. The Brazilian market was next on the expansion list and Becton, Dickinson began supplying syringes in that country in 1956 and eventually became the number one medical supply company there. In 1963 Becton, Dickinson constructed a disposable syringe plant in Drogheda, Ireland.

The company's need for massive amounts of funding to pay for the conversion from reusable products to sterile disposable products led to a 1962 initial public offering of stock at $25 per share. The following year Becton, Dickinson stock began trading on the New York Stock Exchange. By 1966 the company's rapid rate of growth had landed it on the Fortune 500 list for the first time.

During the 1970s, Becton, Dickinson continued to make gains in the medical supplies business, despite increasingly difficult market conditions. The world oil crisis of 1973-74 caused a reduction in petrochemical feedstocks, which, in turn, made medical raw materials difficult to obtain. In addition, the Food and Drug Administration (FDA) planned to adopt the same strict certification standards for diagnostic equipment as it had applied to pharmaceuticals. This would delay the commercial introduction of new products and, with technological advances, expose them to higher rates of obsolescence. Although these conditions lessened Wall Street's interest in companies in the medical industry, Becton, Dickinson remained highly optimistic. With sales figures doubling every five years and with 19 percent of all sales derived overseas, Dickinson declared to shareholders that the company did not fear the impending device regulation, but instead was helping the FDA to formulate its new regulations.

When the FDA's Medical Device Act was enacted, Becton, Dickinson found, to some dismay, that 85 percent of its products were subject to the new regulation. Wesley J. Howe, who succeeded Dickinson as president and chief executive officer in 1974, was confident that the company's products would be able to meet all the new FDA requirements; to be sure, he hired a team of legal and technical experts to guarantee standardization.

Despite growing regulation, the early years of Howe's direction were marked by a continuity of policies; Howe was hand-picked by Dickinson and dedicated to the same conservative style of management. To increase efficiency, Howe automated and integrated more of the company's facilities and reduced his staff by 13 percent. To increase his influence, he also replaced 14 of the company's 17 division presidents.

Howe's leadership was proving highly effective. In one area, Becton, Dickinson's marketing approach was particularly effective: targeting insulin users through doctors, diabetes associations, camps, pharmacies, and pharmacy schools. With control of almost 100 percent of the insulin syringe market, Becton, Dickinson saw its sales increase to $456 million in 1975.

This success, however, was greatly compromised in the boardroom by Fairleigh Dickinson, who, despite having relinquished his posts voluntarily, continued to demand managerial control. At the heart of the matter was a conflict between family members determined to maintain control and board members who favored control by a more professional corporate elite. Although Howe remained above this conflict, several other important managers did not; ultimately, Dickinson would order Howe to fire them. In 1977, four board members resigned. With morale an increasingly serious problem, Howe asserted his position. Four new, 'unprejudiced' board members were named to the board and Dickinson was relegated to the ceremonial post of chairman. But the power struggle was not over.

Dickinson was asked to approach the Salomon Brothers investment banking firm and initiate a study on a company Howe wanted Becton, Dickinson to acquire. When completed, the study warned of numerous problems with the takeover. Howe maintained that Dickinson had sabotaged the study and, when the situation proved unresolvable, ordered Dickinson removed from the payroll.

Dickinson then resorted to another strategy. With 4.5 percent of the company's stock, Dickinson authorized Salomon Brothers to line up additional investors to lead a takeover of Becton, Dickinson. A Salomon agent named Kenneth Lipper approached several companies, including Avon, American Home Products, Monsanto, and Squibb, in an effort to set up a takeover. Becton, Dickinson's attorneys warned Lipper that his action was illegal. Rather than call off the search for buyers, Lipper challenged the attorneys to stop him in court--cognizant that a well-publicized court battle would only gain more attention for his cause.

On January 16, 1978, before Lipper could be stopped, Becton, Dickinson learned that the Philadelphia-based Sun Oil Company had acquired 34 percent of its stock. The transaction lasted only 15 minutes and involved 6.5 million shares at a purchase price of $45 each--well above the trading price of $33. Sun created a special subsidiary called LHIW (for 'Let's Hope It Works') to manage the shares until a controlling majority of shares could be acquired.

The takeover had severe consequences. Like Becton, Dickinson, Sun had just emerged from an important battle against founding family interests. H. Robert Sharbaugh, CEO of Sun, came into strong disagreement over the takeover with the founding Pew family and was eventually forced out of the company. Becton, Dickinson, in the meantime, learned that Sun's purchase had been conducted off the trading floor, in violation of numerous laws. Finally, three Becton, Dickinson shareholders sued Fairleigh Dickinson, complaining that they had been excluded from Sun's tender offer.

The New York Stock Exchange refused to file charges against Salomon and instead turned the matter over to the Securities and Exchange Commission (SEC). At this point, Sun decided to dispose of its interest in Becton, Dickinson and offered to indemnify Salomon against any liabilities resulting from court action. The legality of the takeover was no longer in question. Instead, the question concerned the manner in which Sun should dispose of its Becton, Dickinson shares. With Sun no longer in pursuit of Becton, Dickinson, the only clear beneficiaries of the takeover were the lawyers left to pick up the pieces.

Ironically, Sun and Becton, Dickinson had a common interest in the divestiture. If the 34 percent share were placed on the market in one parcel, share prices would plummet and Sun would lose millions. Becton, Dickinson, on the other hand, opposed summary disposal because large blocks of its shares could fall under the control of still other hostile acquisitors. An agreement was finally reached in December 1979, under which Sun would distribute a 25-year debenture convertible into Becton, Dickinson shares. The unprecedented agreement ensured both a gradual spinoff of Becton, Dickinson shares and the maintenance of stable share prices. Although the agreement was said to have cost Sun extremely large sums of money, Sun was satisfied with the arrangement.

Fairleigh Dickinson continued to seek injunctive relief from the SEC and remained under attack from Becton, Dickinson shareholders demanding the return of the $15 million profit from the original Sun tender offer. Sun's board at this time was nervously awaiting the response of its shareholders to the costly defense of Salomon Brothers. Around this time, American Home Products made a brief and uncharacteristic hostile bid for 2.5 percent of Becton, Dickinson--by comparison with Sun, a minor incident. Ironically, Sun's debenture scheme prevented any company from gaining greater control of Becton, Dickinson.

The first order of business after this debacle, according to Howe, was to position Becton, Dickinson for future growth. With company profits rising, Howe arranged to reinvest cash on hand into new projects. He reorganized the company into 42 units so that each division's performance could be more accurately scrutinized. Unprofitable operations, such as a computer parts manufacturer, were either sold or closed down. Older products were reassessed and, in some cases, improved; for instance, insulin syringes were redesigned for more accurate dosages. Foreign sales were stepped up, and, despite a negative effect on earnings, an expansion of the product line was carried out. Whereas some new products were added by takeovers, others, such as the balloon catheter, were developed internally.

The expansion had been justified to ensure future viability, but by 1983 bad investments had cost the company $75 million-$23 million alone from a failed immunoassay instrument division. Bad planning caused production stoppages and cost overruns. Howe then came under criticism for failing to invest heavily enough in research and development. With remedial measures in place, the company's financial condition had improved greatly by 1985. That year the company declared an $88 million profit on sales of $1.44 billion. Much of this turnaround, however, came from nonoperating profits resulting from the sale of unprofitable divisions and a reduction in overhead. Howe instituted a new strategy involving slower growth rates and raised productivity. To balance this more modest business plan, Howe allocated a 5.1 percent share of revenue to research and development, particularly for more cost-effective new products, and purchased a 12 percent share of a company that manufactured equipment for synthesizing DNA.

In the late 1980s, Becton faced increased competition on the domestic front, but continued to maintain its estimated 70 percent to 80 percent share of the needle and syringe market. This period also was marked by the company's move into a new corporate headquarters in Franklin Lakes, New Jersey, and a transition in leadership. In 1987 Raymond V. Gilmartin was named president of the company, then added the CEO title in 1989, with Howe remaining chairman. Gilmartin had joined Becton, Dickinson in 1976 as vice-president of corporate planning.

Sales increased from $1.71 billion in 1988 to $2.47 billion in 1993 as Becton, Dickinson moved into many new global markets and accelerated new proprietary product introductions. The firm focused expansion efforts on Latin America, the Asia-Pacific region, and Europe. By 1993, international sales contributed 44 percent of annual sales. Howe, who was credited by Robert Teitelman of Financial World with reenergizing Becton, Dickinson, retired that year and was supplanted as chairman by Gilmartin.

Becton, Dickinson introduced new drug delivery and blood handling products in the early 1990s that helped reduce healthcare workers' exposure to acquired immune deficiency syndrome (AIDS) and hepatitis. Some of the company's newest diagnostic tests helped researchers and physicians determine when to begin drug therapy for cancer and AIDS patients. In 1993 the firm moved its PRECISE brand pregnancy test from the professional to the over-the-counter market. Becton, Dickinson's investment of 5.6 percent of its 1993 revenues represented a continuing accent on new product introductions.

As criticism of high healthcare costs accelerated in the early 1990s, the wisdom of Howe's shift to more cost-effective new product introductions became evident. Becton, Dickinson positioned its diagnostic tests as accurate, fast ways to reduce healthcare costs by speeding diagnosis and treatment.

In mid-1994 Gilmartin left the company to take the top position at pharmaceutical giant Merck & Co., Inc. Tapped as his successor was Clateo Castellini, who was head of the company's medical unit and had joined Becton, Dickinson in 1978.

Under Castellini, who was born in Italy and had extensive international experience, the company actively expanded its overseas operations in the middle to late 1990s. Despite the economic turmoil in the region during much of this period, the Asia-Pacific region was the object of much of this growth. In 1995 the company entered into a joint venture in China to produce medical products for the Chinese and other markets. That same year Becton, Dickinson set up a subsidiary in India to construct a manufacturing plant. When it finally opened in 1999, it boasted an annual capacity of more than one billion disposable needles and syringes, making it one of the largest facilities of its kind in Asia. In 1998 Becton Dickinson acquired Boin Medica Co., Ltd., the largest medical supply company in South Korea. The company also began expanding in Latin America, outside of its two strongholds, Mexico and Brazil.

Flush with annual free cash flow of $350 million, Becton, Dickinson earmarked some of the money to buy back shares of its stock to improve earnings per share. The company also made a number of acquisitions, particularly in the late 1990s--a period of consolidation in healthcare across the board, from hospitals to insurance providers to pharmaceutical firms to medical product makers. In 1997 Becton, Dickinson spent $217.4 million on two major acquisitions: PharMingen Inc., a privately held maker of reagents for biomedical research with annual revenues of $30 million; and Difco Laboratories Incorporated, a manufacturer of media and supplies for microbiology labs with sales of $82 million. Six more acquisitions were completed in 1998, the most significant of which was the purchase of the Medical Devices Division of the BOC Group for about $457 million. Among the ten purchases completed in 1999 were Clontech Laboratories, Inc., maker of genetic tests; Biometric Imaging Inc., producer of cell analysis systems for clinical applications; and Transduction Laboratories, manufacturer of reagents for cell biology research.

In the late 1990s Becton, Dickinson was troubled by a spate of lawsuits arising from healthcare workers who had contracted blood-borne diseases using the company's conventional, unguarded needles and syringes. The suits alleged that safer needles had been available for years but Becton, Dickinson had not been promoting their use. For its part, the company said that it had invested more than $100 million into development of safer products, which were available for its customers to purchase, but it was up to the hospitals and medical centers to make the conversion. By decade's end, a shift to safer needles was clearly underway, in part due to government mandates at the state level.

During 1999 Edward J. Ludwig became president and CEO of Becton, Dickinson, with Castellini remaining chairman. The financial results for that year were a disappointment, stemming from weaker-than-expected sales in Europe and emerging markets and from an ailing home healthcare unit, which made such items as ear thermometers and blood pressure monitors. A restructuring was launched in the second half of the year that included the company's exit from the home healthcare sector. In addition, the company reorganized its remaining operations into three business segments: BD Medical Systems, BD Biosciences, and BD Preanalytical Solutions. Becton, Dickinson also began implementing a global brand strategy in which the 'BD' name would appear on all of the company's products, either alone or alongside such well-known brands as ACE, Vacutainer, and Tru-Fit. Becton, Dickinson ambitiously aimed to have its new 'BD' logo 'become as universally recognized worldwide as the Red Cross.' Becton, Dickinson thus headed into the new century with a new identity, a new structure, and a commitment to achieving a quick turnaround during what was certain to be an even more competitive period for medical device companies.

Principal Subsidiaries

BDX INO LLC; Becton Dickinson AcuteCare Holdings, Inc.; Becton Dickinson Asia Pacific Limited (British Virgin Islands); Becton Dickinson B.V. (Netherlands); Becton Dickinson Caribe, Ltd. (Cayman Islands); Becton Dickinson Infusion Therapy Holdings Inc.; Becton Dickinson Infusion Therapy Systems Inc.; Becton Dickinson Korea, Inc.; Becton Dickinson Korea Holding, Inc.; Becton Dickinson Malaysia, Inc.; Becton Dickinson (Mauritius) Limited; Becton Dickinson Medical Devices Co. Ltd., Suzhou (China; 99%); Becton Dickinson Medical Products Pte. Ltd. (Singapore); Becton Dickinson Monoclonal Center, Inc.; Becton Dickinson Overseas Services Ltd.; Becton Dickinson Pen Limited (Ireland); Becton Dickinson Service (Pvt.) Ltd. (Pakistan; 51%); Becton Dickinson Venture LLC; Becton, Dickinson and Company, Ltd. (Ireland); Becton, Dickinson B.V. (Netherlands); Becton Dickinson France, S.A.; Benex Ltd. (Ireland); Biometric Imaging, Inc.; Clontech Laboratories, Inc.; Critical Device Corporation; Collaborative Biomedical Products, Inc.; Difco Laboratories Incorporated; Franklin Lakes Enterprises, L.L.C.; IBD Holdings LLC (50%); Johnston Laboratories, Inc.; MDI Instruments, Inc.; Med-Safe Systems, Inc.; PharMingen; Saf-T-Med Inc.; Staged Diabetes Management L.L.C. (50%).

Principal Operating Units

BD Medical Systems; BD Biosciences; BD Preanalytical Solutions.

Principal Competitors

Abbott Laboratories; ALZA Corporation; American Home Products Corporation; Ballard Medical Products; Baxter International Inc.; Boston Scientific Corporation; Bristol-Myers Squibb Company; C.R. Bard, Inc.; Diagnostic Products Corporation; Isolyser Company, Inc.; Johnson & Johnson; Mallinckrodt Inc.; Maxxim Medical, Inc.; McKesson General Medical; Medical Action Industries Inc.; Medline Industries, Inc.; Novo Nordisk A/S; Pfizer Inc; Teleflex Corporation; Trinity Biotech Plc; United States Surgical Corporation; Vital Signs, Inc.

Further Reading

'Becton Dickinson Buys PharMingen,' Newark (N.J.) Star-Ledger, April 13, 1997.

'Becton Dickinson Facelift Unveils New Direction, New Logo,' Health Industry Today, October 1999, pp. 1, 12.

'Clateo Catellini on Growing a 100-Year-Old Medical-Products Firm in the 1990s,' Business News New Jersey, March 17, 1997, p. 13.

Middleton, Timothy, 'A Shot in the Arm,' Chief Executive, June 1997, p. 22.

Mosk, Matthew, 'Fear of Needles: Care-Givers Demand Safer Hypodermics,' Northern New Jersey Record, December 10, 1998, p. A1.

Osterland, Andrew, 'Becton Dickinson: Time to Check Out,' Financial World, February 14, 1995, pp. 20+.

Phalon, Richard, The Takeover Barons of Wall Street: Inside the Billion-Dollar Merger Game, New York: Putnam, 1981.

------, 'Time of Troubles,' Forbes, September 26, 1983, pp. 80+.

Shook, David, 'Becton Dickinson, Rival in Sharp Exchange,' Northern New Jersey Record, February 13, 2000, p. B1.

------, 'Booster for Becton Dickinson: Future Looking Sharp,' Northern New Jersey Record, December 16, 1999, p. B1.

Taylor, Iris, 'Becton, Dickinson Chief to Take Merck Helm,' Newark (N.J.) Star-Ledger, June 10, 1994.

Teitelman, Robert, 'The Devil and the Deep Blue Sea,' Financial World, June 14, 1988, pp. 30-31.

Tergesen, Anne E., 'Team Player: Merck's Gilmartin Is a Regular Guy,' Northern New Jersey Record, August 14, 1994, p. B1.

Troxell, Thomas N., Jr., 'Fighting Back: Clobbered Last Year, Becton, Dickinson Comes Off the Mat,' Barron's, September 24, 1984, pp. 53+.

------, 'Staying Healthy: Becton, Dickinson Bucks the Trend in Health Care, Sees Profits Grow,' Barron's, December 9, 1985, pp. 60+.

— April Dougal Gasbarre; Updated by David E. Salamie


Wikipedia on Answers.com:

Becton Dickinson

Top
Becton, Dickinson and Company
Type Public
Traded as NYSEBDX
S&P 500 Component
Industry Health Care Equipment
Founded East Rutherford, New Jersey (1897 (1897))
Founder(s) Maxwell Becton and Fairleigh S. Dickinson
Headquarters BD Headquarters
Franklin Lakes, New Jersey
, U.S.
Area served Worldwide
Key people

Edward Ludwig (Chairman and CEO)
Vincent Forlenza (President)
David Elkins (EVP and CFO)

Scott Bruder (SVP, CSO, and CTO)
Revenue increaseUS$7.37B (FY 2010)[1]
Operating income increaseUS$1.68B (FY 2010)[1]
Net income increaseUS$1.32B (FY 2010)[1]
Total assets increaseUS$9.65B (FY 2010)[1]
Total equity increaseUS$5.43B (FY 2010)[1]
Employees 28,803 (30 September 2010)[1]
Divisions BD Medical; BD Diagnostics; BD Biosciences
Website bd.com

Coordinates: 41°00′57″N 74°12′36″W / 41.015834°N 74.210136°W / 41.015834; -74.210136

Becton, Dickinson and Company (BD) (NYSEBDX), is an American medical technology company that manufactures and sells medical devices, instrument systems and reagents. Founded in 1897 and headquartered in Franklin Lakes, New Jersey, BD does business in nearly 50 countries and has 28,803 employees worldwide.[2] In fiscal year ending September 30, 2009, 60% of BD sales were generated from non-U.S. markets.

The company's customers include healthcare institutions, clinical laboratories, industry and the general public. BD was one of the first companies to sell U.S.-made glass syringes. It was also a pioneer in the production of hypodermic needles. Today, BD is divided into three segments: BD Medical, BD Diagnostics and BD Biosciences.[3] BD was ranked 347 and 312, respectively, in the 2009 and 2010 Fortune 500 list.[4]

Contents

Historical development

1897–1947

BD was founded in 1897 by Maxwell W. Becton and Fairleigh S. Dickinson, two American businessmen who met on a sales trip. The same year the company made its first sale, a Luer-all-glass syringe that sold for $2.50. In 1898 BD acquired its first patent for a medical product. In 1899 the company introduced its first logo which was meant to symbolize guaranteed superior quality of the products provided by BD. In 1904 BD acquired the Philadelphia Surgical Company. This very first acquisition and other early acquisitions significantly expanded the company’s manufacturing ability and product offering. Two years later BD incorporated in the State of New Jersey and built a manufacturing facility in East Rutherford, the first in the U.S. created specifically for the production of thermometers, hypodermic needles, and syringes. In 1924 BD manufactured its first syringe designed specifically for insulin injection. One year later BD introduced the BD Yale Luer-Lok Syringe, designed and patented by Fairleigh S. Dickinson, Sr. It provided a simple and secure method of attaching and removing the needle to and from the syringe. Today, luer lock connectors are the standard for syringes in the U.S. In 1947 Joseph Kleiner developed the Evacutainer — a device used to draw blood by vacuum through a needle into a test tube. This product eventually evolved to become the BD Vacutainer Blood Collection system.[5]

1948–1970

In 1948 BD faced new leadership as Fairleigh S. Dickinson, Jr. and Henry P. Becton, sons of the founders, took over the company. Their 24-year tenure was a time of rapid development for BD. The company grew within the U.S. as well as internationally. In 1949 it opened its first manufacturing site outside of New Jersey in Columbus, Nebraska. In 1961 it established a manufacturing facility in Canaan, Connecticut. BD also soon expanded to Canada (1951), Mexico (1952), France (1955), and Brazil (1956). The tenure of Fairleigh S. Dickinson, Jr. and Henry P. Becton was also a time of significant product innovation. In 1950 BD's first sterile disposable product, a blood collection set, was developed and sold to the American Red Cross. In 1954 BD introduced the first completely disposable syringe made of glass: BD Hypak. This innovative product was used in a large-scale field test of the polio vaccine developed by Dr. Jonas Salk. One year later, BD entered the microbiology field through the acquisition of the Baltimore Biological Laboratory. In 1961 the company introduced its disposable BD Plastipak syringe. Under the new leadership the company also went public (1962) and was appeared for the first time in the Fortune 500 list (1970).[5]

1973–1995

In 1973 BD added another U.S. facility —a research center in Durham, North Carolina in Research Triangle Park. The center was established to help the company meet United States Environmental Protection Agency (EPA) requirements, research improved manufacturing and process methods, and develop future innovative technologies. In 1975 BD Pharmaceutical Systems Europe acquired an important patent for a prefilled syringe injecting heparin. In 1980 BD developed its first automated system for mycobacteria testing, the BD BACTEC 460TB System. The next year brought significant signs of the company’s development as sales surpassed the $1 billion milestone and a new plant in Plymouth, England was constructed to serve the European markets. Five years later BD moved its corporate headquarters to Franklin Lakes, New Jersey (current HQ location.) Also in 1986, BD acquired Fabersanitas Industrial, a major Spanish syringe manufacturer as well as Deseret Medical, a vascular access devices manufacturer. The last three years of the 1980s also showed growth in Asia (manufacturing facilities in Singapore and Japan.) Furthermore, BD became the first company to introduce a safety-engineered syringe — BD Safety-Lok (1988) and acquired the Beaver Blade Company, a manufacturer of high-quality surgical blades. The first half of the next decade was very important to BD’s development. The company opened a central distribution center in Temse, Belgium (1992) and entered India and China (1995.) BD also introduced a device that offered needle stick protection following blood-drawing procedures — BD Vacutainer Safety-Lok Blood Collection Set.[5]

1999–2006

In 1999, as BD passed more than 100 years of presence in the medical devices industry, BD announced its new corporate identity. Numerous independent brand names were replaced by a single name: BD. In addition, the company symbol that is used today was introduced. BD also named Edward J. Ludwig as the company’s president. Ludwig was also named Chief Executive Officer (2000) and Chairman of the Board of Directors (2002.) During that time BD also got heavily involved in global health issues announcing a five-year maternal and neonatal tetanus world-wide elimination partnership with UNICEF (1999), launching the BD Safety Compliance Initiative (2000), and pledging $1 million contribution to the International AIDS Vaccine Initiative (2002.) In 2003 and 2004 BD introduced several innovative products: BD FACSAria Cell Sorterthe — first entirely new instrument in the next-generation portfolio of flow cytometers (2003), BD Accuspray — a nasal drug delivery system for administering vaccines (2003), BD.id — a patient identification system designed to limit the potential for medical errors in specimen collection (2003), and the world's first "intelligent" insulin pump and glucose monitoring system, a wireless system consisting of a Medtronic MiniMed Paradigm 512 Insulin Pump and Paradigm Link Blood Glucose Monitor, co-developed with BD. In the beginning of the 21st century BD also invested in growing its business by acquiring several strategically important companies. In 2001 it acquired the Gentest Corporation, a leading in drug metabolism and toxicology testing company. In 2004 BD completed the acquisition of Atto Bioscience Acquired, a company specializing in optical instrumentation, software, and reagents for real-time analysis of interactions taking place in living cells. In 2005 BD entered the field of proteomics through its acquisition of FFE Weber GmbH, which specialized in the separation and fractionation of complex proteins. 2006 was also important to BD growth as the company acquired GeneOhm Sciences — a leader in the development of molecular diagnostic testing for the rapid detection of bacterial organisms and TriPath Imaging —a cancer diagnostics company.[5]

Business segments

Becton Dickinson is divided into three business segments: BD Medical (52% of FY 09 revenues) BD Diagnostics (31% of FY 09 revenues), and BD Biosciences (17% of FY 09 revenues.)[6]

BD Medical

The BD Medical segment consists of three divisions: Medical Surgical Systems, Pharmaceutical Systems, and Diabetes Care. The products of this segment include: needles and syringes, intravenous catheters, safety-engineered and auto-disable devices, prefillable drug delivery systems, prefilled IV flush syringes, insulin syringes and pen needles, regional anesthesia needles and trays, surgical blades and scalpels, ophthalmic surgical instruments, and critical care products. This segment primarily sells to: hospitals and clinics, physicians' office practices, consumers and retail pharmacies, governmental and nonprofit public health agencies, pharmaceutical companies, and healthcare workers.[6]

BD Diagnostics

BD Diagnostics is divided into Preanalytical Systems and Diagnostic Systems. BD Diagnostics specializes in the design, production and sales of the following products: integrated systems for specimen collection, safety-engineered blood collection products and systems, automated blood culturing systems, molecular testing systems for sexually transmitted diseases and HAIs, microorganism identification and drug susceptibility systems, liquid-based cytology systems for cervical cancer screening, rapid diagnostic assays, and plated media. Customers of this division include: hospitals, laboratories and clinics, reference laboratories, blood banks, healthcare workers, public health agencies, physicians’ office practices, and industrial and food microbiology laboratories.[6]

BD Biosciences

BD Biosciences consists of the Cell Analysis and Discovery Labware units. BD Biosciences designs, manufactures, and sells: fluorescence-activated cell sorters and analyzers, monoclonal antibodies and kits for cell analysis, reagent systems for life science research, cell imaging systems, laboratory products for tissue culture and fluid handling, and cell culture media supplements for biopharmaceutical manufacturing. BD Biosciences serves the following customers: research and clinical laboratories, academic and government institutions, pharmaceutical and biotechnology companies, hospitals, and blood banks.[6]

Social responsibility

As a large global company in the healthcare industry, BD has the potential to affect the health and life of many people around the world.

Philanthropic and charitable efforts

BD has actively donated cash, product and expertise to non-profit and educational organizations worldwide. In recent years, it formed philanthropic and charitable partnerships with the following organizations: UNICEF,[7] American Red Cross,[8] U.S. President’s Emergency Plan for AIDS Relief,[9] Stop TB Partnership,[10] Global Business Coalition on HIV/AIDS, Tuberculosis, and Malaria,[11] Americares,[12] International AIDS Vaccine Initiative,[13] Foundation for Innovative New Diagnostics,[14] Juvenile Diabetes Research Foundation,[15] Project Hope,[16] Direct Relief International[17] Accordia Global Health Foundation,[18] Columbia University,[19] and University of Virginia.[20]

Environmental track record

As of February 2010, BD was ranked 18th in the EPA Fortune 500 List of Green Power Purchasers.[21] BD was also listed among the top 100 companies in Newsweek’s 2009 Green Rankings[22] ranking of the 500 largest American corporations based on environmental performance, policies and reputation. BD placed third in the Healthcare sector and 83rd overall.[23] In addition, BD has been a component of the Dow Jones Sustainability World Index and the Dow Jones Sustainability North America Index for the four and five consecutive years, respectively.[24][25]

2007 Discardit II incident in Poland

In mid-2007, the firm's Discardit II series of syringes numbered 0607186 was withdrawn from hospitals and other medical services around Poland, about half a year after the discovery of remains of dark dust in some syringes which were alleged to have been from this series.[26] The newspaper Dziennik Online claimed that other series such as 06022444, 0603266 and 0607297 were also suspected of being contaminated. BD recalled and tested the syringes in question, and revealed sterile particulates in 0.013 percent of the products.[27] Legal proceedings related to the incident started in December 2006.[26] According to an article published in Dziennik on Monday, 21 April 2008, the prosecutor’s office in Lublin discontinued the inquiry because the disposable syringes were not dangerous.

2010 Q-Syte Luer and IV Catheter partial recall

In February 2010 BD announced a voluntary product recall of certain lots of BD Q-Syte Luer Access Devices and BD Nexiva Closed IV Catheter Systems. BD stated that the use of the affected devices may cause an air embolism or leakage of blood and/or therapy, which may result in serious injury or death. The approximately 2.8 million BD Q-Syte and 2.9 million BD Nexiva units containing 5 million BD Q-Syte devices that were recalled were distributed in the United States, Asia, Canada, Europe, Mexico, the Middle East, South Africa and South America. The recall was initiated on Oct. 28, 2009 after BD received complaints of problems due to air entry through a part of the device. BD stated that the cause of the problem was manufacturing deviation and claimed that it corrected the problem. BD announced that it notified customers about the recall by letter and has been working with the U.S. Food and Drug Administration and worldwide health agencies to coordinate recall activities.[28][29]

See also


References

  1. ^ a b c d e f "Becton Dickinson & Co FY2010 Annual Report". Securities & Exchange Commission. 24 November 2010. http://www.sec.gov/Archives/edgar/data/10795/000095012310108757/y85125e10vk.htm. Retrieved 6 June 2011. 
  2. ^ "Google Finance:BDX". http://www.google.com/finance?q=NYSE:BDX. 
  3. ^ Becton, Dickinson and Co Stock Report, Standard & Poor's, January 30, 2010
  4. ^ "CNN Money Fortune 500 list". http://money.cnn.com/magazines/fortune/fortune500/2009/snapshots/51.html. 
  5. ^ a b c d "BD Milestones". http://www.bd.com/aboutbd/history/. 
  6. ^ a b c d "BD 2009 Annual Report". http://media.corporate-ir.net/media_files/irol/64/64106/reports/AR09/index.html. 
  7. ^ "BD Press Release". http://phx.corporate-ir.net/phoenix.zhtml?c=64106&p=irol-newsArticle&ID=320103&highlight=. 
  8. ^ "The Free Library, Press Release". http://www.thefreelibrary.com/American+Red+Cross+and+BD+Announce+Expanded+Collaboration+to+Support...-a0138223904. 
  9. ^ "PEPFAR Press Release". http://www.pepfar.gov/press/releases/2009/126214.htm. 
  10. ^ "Stop TB Partnership Partner’s Profile". http://www.stoptb.org/partners/partner_profile.asp?PID=1881. 
  11. ^ "Global Business Coalition on HIV/AIDS, Tuberculosis, and Malaria Partner Profile". http://www.gbcimpact.org/itcs_node/10/536/member_profiles/278. 
  12. ^ "Americares Press Release". http://www.americares.org/newsroom/press/2008/americares-pledges-to-improve.html. 
  13. ^ "International AIDS Vaccine Initiative Press Release". http://www.iavi.org/news-center/Pages/PressRelease.aspx?pubID=2971. 
  14. ^ "Foundation for Innovative New Diagnostics Press Release". http://www.finddiagnostics.org/media/press/071105.html. 
  15. ^ "JDRF Press Release". http://www.jdrf.org/index.cfm?fuseaction=home.viewPage&page_id=47980498-1321-C834-030811F5029F3DA2. 
  16. ^ "Project Hope Partnerships". http://www.projecthope.org/about/partnerships/. 
  17. ^ "Direct Relief International Partner Profile". http://www.directrelief.org/SupportUs/CorporateGiving/CorporateProfiles/BD.aspx. 
  18. ^ "Accordia Global Health Foundation Newsletter". http://accordiafoundation.org/aaf/newsletters/2009_winter/index.html. 
  19. ^ "CU Corporate Partnerships". http://www.earth.columbia.edu/articles/view/2515#bd. 
  20. ^ "UVA News". http://www.healthsystem.virginia.edu/internet/news/archives09/safety.cfm. [dead link]
  21. ^ "Green Power Purchasers Fortune 500 List". http://www.epa.gov/greenpower/toplists/fortune500.htm. 
  22. ^ "Newsweek, Greenest Big Companies in America – The 2009 List". http://greenrankings.newsweek.com/top500/page:5. 
  23. ^ "Newsweek, Green Ranking 2009 - Becton Dickinson". http://greenrankings.newsweek.com/companies/view/becton-dickinson. 
  24. ^ "Dow Jones Sustainability Indexes". http://www.sustainability-index.com/djsi_protected/djsi_world/components/SAM_DJSIWorld_Components.pdf. 
  25. ^ "BD Press Release". http://www.bd.com/contentmanager/b_article.asp?Item_ID=24179&ContentType_ID=1&BusinessCode=20001&d=BD+Worldwide&s=&dTitle=&dc=&dcTitle=. 
  26. ^ a b Kraskowski, Leszek (2007-08-01). "For over half a year, hospitals used tainted syringes" (in Polish). Dziennik Online. http://www.dziennik.pl/Default.aspx?TabId=96&ShowArticleId=54999. Retrieved 2007-08-03. 
  27. ^ "Reuters: Becton Dickinson expands syringe recall in Poland". 2007-08-06. http://www.reuters.com/article/companyNewsAndPR/idUSN0640879120070806. 
  28. ^ "Reuters: Becton Dickinson recalls intravenous devices". 2010-02-08. http://www.reuters.com/article/idUSN0815057720100208. 
  29. ^ "BD Press Release". http://www.bd.com/contentmanager/b_article.asp?Item_ID=24486&ContentType_ID=1&BusinessCode=20001&d=BD+Worldwide&s=&dTitle=&dc=&dcTitle=. 

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