VITAL SIGNS, INC.
TABLE OF CONTENTS

 

 

 

 

 

 

 

 

 

Page

 

 

 

 


 

 

 

 

 

 

 

PART I

 

 

Item 1

 

Business

 

2

Item 1A

Risk Factors

 

17

Item 1B

Unresolved Staff Comments

 

27

Item 2

Properties

 

27

Item 3

Legal Proceedings

 

27

Item 4

Submission of Matters to a Vote of Security Holders

 

28

Item 4A

Executive Officers of the Registrant

 

28

 

PART II

 

 

Item 5

Market for the Registrant’s Common Equity, Related Stockholder Matters and Issuer Purchases of Equity Securities

 

30

Item 6

Selected Financial Data

 

31

Item 7

Management’s Discussion and Analysis of Financial Condition and Results of Operations

 

33

Item 7A

Quantitative and Qualitative Disclosures About Market Risk

 

47

Item 8

Financial Statements and Supplementary Data

 

48

Item 9

Changes in and Disagreements with Accountants on Accounting and Financial Disclosure

 

49

Item 9A

Controls and Procedures

 

49

Item 9B

Other Information

 

52

PART III

 

 

Item 10

Directors, Executive Officers and Corporate Governance

 

53

Item 11

Executive Compensation

 

53

Item 12

Security Ownership of Certain Beneficial Owners, Management and Related Stockholder Matters

 

53

Item 13

Certain Relationships and Related Transactions, and Director Independence

 

54

Item 14

Principal Accountant Fees and Services

 

54

 

 

 

 

 

PART IV

 

 

Item 15

Exhibits and Financial Statement Schedules

 

55


In this Annual Report, references to “Vital Signs,” “the Company,” “we,” “us,” and “our” refer to Vital Signs, Inc. and its subsidiaries. Actar®, Actar D-FibTM, Babysafe™, Breas®, Breas HA50™, Breas PV403™, Breas SC20™, Broselow®, Broselow-Hinkle™, Broselow-Luten™, C-CO2™, Code Blue II™, Color Coding Kids®, CUFF-ABLE™, enFlow®, iMask™, iSleep by Breas®, InfusaScan®, INFUSABLE®, Limb-q™, Misty OX®, Pedi Blue II™, RediTubeTM, SteeLiteTM, SURE-LOK™, TurboHeater™, Vital Seal™, Vital View™, Vital View II ™, Vivo 30™, Vivo 40™ and Vivo by Breas® are Company trademarks. The Company also has several registered and unregistered color scheme trademarks related to the Broselow product line. All other trademarks used in this Annual Report are the property of their respective owners.

Fiscal year in this Annual Report means the twelve months ended on September 30th. Unless the context expressly indicates a contrary intention, all references to years in this Annual Report are to fiscal years.

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PART 1

Item 1. Business

          Vital Signs, Inc. was initially incorporated in New York in 1972 and reincorporated in New Jersey in 1988. The Company’s principal executive office is located at 20 Campus Road, Totowa, New Jersey 07512; the telephone number at this location is (973) 790-1330.

The Company and markets

          Vital Signs is a leading designer, manufacturer, and marketer of airway management products for the anesthesia, respiratory/critical care, interventional cardiology/radiology, and sleep disorder markets. The Company sells its products in over 73 countries worldwide. The Company offers one of the broadest single-patient-use anesthesia and respiratory/critical care product lines in the industry and has developed numerous innovative products that are now considered industry standards. In addition, the Company sells therapeutic products for patients suffering from sleep disorders and provides sleep disorder diagnoses at sleep laboratories and Company-operated centers. The Company provides technology services to FDA-regulated companies.

          In response to rising health-care costs, managed care companies and other third-party payors in the Company’s anesthesia and respiratory/critical care businesses are placing pressure on health care providers to reduce costs. Although this could hamper a health-care provider’s revenue growth, the Company believes that these cost-reduction efforts have increased the market preference for the Company’s single-patient-use medical products because these products improve health care professionals’ productivity, minimize transfer of infections and disease, reduce overall provider costs, and improve patient care. As a result of the following factors, the Company believes that single-patient-use medical products have become the products of choice in the United States anesthesia and respiratory/critical care markets.

 

 

 

 

 

 

improved patient care - by reducing the risk of contracting infections from reusable products that have been inadequately sterilized, thereby reducing the risk of additional patient care;

 

 

 

 

 

 

cost effectiveness - by lowering the labor costs associated with sterilizing, reassembling and re-testing reusable products, lowering inventory costs, reducing the initial capital outlays for new reusable products, and allowing costs to be charged directly to individual patients; and

 

 

 

 

reduced set up time and improved productivity - single-patient-use products packaged in disposable kits allow medical practitioners to reduce set up time and perform more procedures.


          The Company views international markets as a significant growth opportunity as single-patient-use products have not fully penetrated those markets. The trend towards single-patient-use products replacing traditional reusable products is accelerating in developing countries as health care standards improve due to heightened concerns about cross-contamination and sterilization costs as well as high incidences of communicable diseases and nosocomial infections.

          The Company categorizes its product and service offerings within five business segments: anesthesia, respiratory/critical care, sleep disorder, interventional cardiology/radiology and pharmaceutical technology services. (See Note 20)

Anesthesia

          Anesthesia products were the Company’s first line of business over 30 years ago and continue to be its leading source of revenue. The Company’s single-patient-use anesthesia products and systems deliver oxygen and anesthesia from a gas source, such as an anesthesia machine, to a patient’s pulmonary system. These products also remove anesthetic gases, carbon dioxide, and expiratory oxygen from a patient and link a patient to various monitors. The principal anesthesia products consist of face masks, breathing circuits, and general anesthesia products.

          The breadth of the Company’s product offerings provides an advantage of selling customized circuits comprised of multiple products that are compatible with the anesthesia equipment manufactured by most companies. The Company also manufactures a wide range of accessories and components for use with its

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anesthesia products, including heat/moisture exchangers, bacterial/viral filters, anesthesia breathing bags (including latex-free bags), airways, and temperature-monitoring devices.

          The Company’s primary anesthesia products and systems include:

 

 

 

 

Anesthesia breathing circuits are single-patient-use devices used to ventilate and carry oxygen and anesthesia to a patient while under general anesthesia during surgery as well as to connect the patient to an anesthesia machine and to monitors. The traditional system is referred to as a “circuit” because it is comprised of two tubes, one carrying inspiratory gases to a patient and the other carrying expiratory gases away from a patient. Each traditional breathing circuit consists of flexible hoses, a breathing bag, and a “Y” and elbow attachment. Because the breathing circuit needs of hospitals vary significantly, the Company offers a large variety of circuits compatible with various anesthesia equipment. The Company expanded its breathing circuit products as the result of technological advances in the areas of gas sampling, temperature monitoring, humidification, and bacterial/viral filtration. In late 2000, the Company introduced the patented product Limb-OTM, a single limb breathing circuit used for general anesthesia, transport and/or critical care situations. The single limb incorporates a patented technology with a septum to separate inspiratory and expiratory gases. The expiratory portion of the tube contains warmed exhalation gas which helps to warm the inspiratory gas. The Limb-OTM competes with the traditional two limb system on the basis of the added benefit of heat and moisture provided to the patient and the reduction of bulk and weight associated with traditional two limb circuits and is an alternative to the tube within a tube circuit.

 

 

 

 

 

 

Face masks are single-patient-use devices that cover the nose and mouth of a patient while general anesthesia is administered. The Company was first to sell the now standard air-filled clear cushion face mask for single-patient anesthesia and respiratory use. This soft air-filled cushion face mask provides a better seal on most patients than other face masks, thereby improving the delivery of anesthetic gases and oxygen to the patient. A clear face mask also permits the clinician to better observe certain patient problems, such as life-threatening aspiration, while the patient is anesthetized. The Company offers various sizes and types of face masks and anticipates that the usage of single-patient-use face masks in surgical procedures internationally will continue to increase as single-patient-use products become more acceptable in international hospitals.

 

 

 

 

General anesthesia systems are customized single-patient-use anesthesia kits that can include more than 20 of the Company’s single-patient-use products, such as air filled cushion face masks, breathing circuits, blood pressure cuffs, and temperature monitoring probes. The Company markets these kits under the name GAS™. Company sales representatives assist each customer in determining the particular products that its institution desires in its anesthesia kits.

 

 

 

 

Pressure infusors are single-patient-use devices utilized hospital-wide to apply pressure to a sealed bag of fluid, such as intravenous solutions or blood products. The Company’s INFUSABLE® pressure infusor is a patented system consisting of a pressure gauge, an inflatable bladder, and a bulb to pump air into the bladder. INFUSABLE® has a mesh netting to hold a package of sterile fluid or “solution bag” and can deliver blood or fluids to a patient at a rapid rate, usually under trauma conditions or at a level designed to maintain the pressure required by the monitoring system. The Company’s InfusaScanTM pressure infusor incorporates a clear window to enable bar coding scanning of fluid contents to prevent medication errors.

 

 

 

 

Fiberoptic laryngoscope systems are single-patient-use devices used by anesthesiologists to correctly place an endotracheal tube within the trachea of a patient. The Company’s Vital View™ and Greenlight II™ systems have single-patient-use blades that offer several advantages over traditional reusable metal blade laryngoscope systems, including lowering the risk to both patient and physician of infection associated with reusable metal blades. Both systems incorporate the latest LED technology that produces unsurpassed brightness for increased visibility. Hospital capital outlays for emergency crash carts can be reduced by purchasing the

 

 

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Company’s single-patient-use system rather than a reusable fiberoptic system. The new SteeLite™ single-patient-use stainless steel blades provide the strength of reusable metal blades at a cost-effective price.

 

 

 

 

 

 

Laryngeal airway devices are single-patient-use airway devices used for airway management during general anesthesia procedures. The Company has several patented features intended to address known complications, including a reinforced tongue within the tip of the sealing cuff to resist over-folding and ribbed slots to minimize the possibility of occlusion by a patient’s epiglottis.

 

 

 

 

Blood and fluid warming devices are used during delivery of IV fluids or of blood during surgery to lower the risk of infection and decrease post-operative recovery time. The Company’s new enFlow® blood and fluid warming product has a unique single-patient-use dry-heating technology that provides rapid, consistent temperature in close physical proximity to the patient.

 

 

 

Oral/nasal tracheal tubes and stylets are single-patient-use airway devices used during general anesthesia procedures and mechanical ventilation. The Company’s RediTubeis a tracheal tube combined with a pre-loaded stylet incorporated into a single product to reduce costs and reduce SKUs. The product comes in both cuffed and uncuffed versions.

 

 

          For fiscal 2007, 2006 and 2005, the anesthesia segment contributed 36.4%, 36.5%, and 35.1%, respectively, on net revenue.

Respiratory/critical care


          The Company has supplied products to the respiratory/critical care market for over 25 years. Single-patient-use respiratory/critical care products assist hospitals with infection control programs by reducing infections caused by cross-contamination when products are used by more than one patient. These products also offer patient benefits because they are generally lighter than reusable products which results in better patient care, for example, by causing less torque on the endotracheal tube. The Company believes that there is an increasing incidence of respiratory illnesses, such as asthma and emphysema, due in part to an increasingly susceptible aging population, environmental pollution, smoking-related illnesses, as well as communicable diseases with significant respiratory impact, such as tuberculosis, HIV, and influenza. People with these conditions have a need for Vital Signs products in acute care, such as manual resuscitators and arterial blood gas kits.

          The Company’s primary respiratory products are arterial blood gas (ABG) syringes and kits, manual resuscitators, and single-use blood pressure cuffs. The Company also distributes critical care equipment kits and modules that are color-coded so emergency room workers can quickly and accurately determine the proper equipment size to use with pediatric patients. In addition, the Company manufactures a wide range of accessories and components for use with its respiratory/critical care products and systems, including bacterial/viral filters and heat and moisture exchangers.

          The Company’s primary respiratory/critical care products and systems include:

 

 

 

 

Arterial blood gas syringes and collection kits are used to collect arterial blood for blood gas analyses routinely performed in hospitals on patients suspected of having metabolic, respiratory, or other cardiopulmonary difficulties. The Company offers a broad line of disposable arterial blood gas syringes and collection systems in both standard configurations and in customized kits that meet a hospital’s specific needs and to function with the hospital’s blood gas analyzers. The Company offers syringes containing the SURE-LOK™ needle protection device to protect the health care worker from the risk of being punctured by a needle.

 

 

 

 

Manual resuscitators are single-patient-use devices that are hand-squeezed to force oxygen into a patient’s lungs and are used throughout the hospital in a variety of settings. For example, patients on a ventilator require the use of a resuscitator prior to tracheal suctioning procedures. Another use is in providing oxygen while transporting the patient between the operating room and other critical care units. In addition, resuscitators are typically placed strategically throughout the hospital to provide assistance to patients who have stopped breathing and require resuscitation. The Company’s Code Blue II™ resuscitators alleviate certain problems involved in mouth-to-mouth emergency resuscitation, including the risk to both the rescuer and the

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individual of transmitting infections and are sold in different sizes for infants, children, and adults. Most reusable manual resuscitators are costly to sterilize and require re-assembly that may result in errors that compromise proper function. In contrast, Code Blue II™ resuscitators are relatively inexpensive and are delivered fully assembled.

 

 

 

 

 

 

Blood pressure cuffs are single-patient-use devices that are wrapped around the arm or thigh of a patient to obtain a blood pressure reading. The Company’s CUFF-ABLETM single-patient-use blood pressure cuffs provide hospitals with an alternative to traditional reusable blood pressure cuffs that can become contaminated by touch with blood and other bodily fluids. While all patients admitted to hospitals are candidates for their own dedicated blood pressure cuffs, the Company believes that the primary market for disposable cuffs has been where infection control is a high priority and where there is a break in the skin. CUFF-ABLETM blood pressure cuffs are sold in a variety of sizes (including neonatal) and are adaptable to all manual and electronic blood pressure monitors that utilize blood pressure cuffs. The Company recently introduced the Click-It™ Universal Connection System that makes hospital-wide standardization simple and easy because it eliminates misconnections common with luer fittings and ensures compatibility with both manual and electronic blood pressure monitors.

 

 

 

 

 

 

Hyperinflation systems are devices used for patient resuscitation. The Company offers both its Babysafe™ and traditional hyperinflation systems for infant resuscitation in transport and prior to tracheal suctioning. These products are used in labor and delivery rooms and in neonatal intensive care units, where controlling the spread of infection is particularly critical. BabySafe™ adjusts and limits the level of pressure that can be delivered during resuscitation, and oxygen can be delivered with limited risk of barotrauma. These systems are available in a variety of configurations and sizes to meet infant needs.

 

 

 

 

 

 

Continuous positive airway pressure systems, or CPAP systems, consist of a compact flow-generator connected to a dual-port, air-filled cushion face mask and are used as therapy for various respiratory diseases. The face mask is attached to a single-patient-use positive end expiratory pressure valve designed to maintain positive airway pressure in the lungs, allowing for more oxygen to diffuse into a patient’s blood system. The Company’s face mask CPAP systems provide a less-invasive and more-comfortable way of supplying oxygen to certain patients than conventional ventilator-based systems by eliminating the need to insert an endotracheal tube into the patient’s trachea and then attaching the patient to a ventilator. The Company’s face mask CPAP systems are also used in the hospital and pre-hospital setting to treat patients with cardiogenic pulmonary edema and other respiratory deficiencies.

 

 

 

 

 

 

Heated humidification systems provide a flow of warm moist air to a patient at risk from loss of body temperature and drying of the lung linings. The Company’s MistyOx® line consists of two respiratory products that deliver hydration to a patient, a nebulizer which delivers medium to high flow and high concentrations of oxygen to patients, combined with a regulated heater. These products may be used by infants, children, and adults in many areas of the hospital, including emergency, recovery and critical care.

 

 

 

 

 

 

CPR training mannequins are training aids for teaching cardiopulmonary resuscitation, or CPR. The Company’s Actar® training mannequin provides a low-cost alternative to many of the other training mannequins on the market. Its low cost allows each trainee to practice on their own mannequin rather than waiting to take turns on a single mannequin shared by an entire class. The Company’s newest model, Actar D-FIBTM, incorporates additional functionality to meet the updated requirements of the American Heart Association and the Red Cross. New features include jaw thrust, abdominal thrust, and anatomical landmarks for proper defibrillation training.

 

 

 

 

Broselow® pediatric emergency products. The Broselow/Hinkle™ Pediatric Emergency System and the Broselow-Luten System are part of the Company’s Color Coding Kids® product line. These products resulted from extensive clinical efforts by James Broselow, M.D., Robert Luten, M.D., and Alan Hinkle, M.D. to enable emergency care providers to determine the appropriate

 

 

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equipment size for infants in emergency situations. This system takes advantage of the direct correlation between a pediatric patient’s body length and the proper size of emergency supplies. This patented system, licensed to Vital Signs, consists of a tape measure having nine color zones, a corresponding series of color-coded single-patient-use emergency kits or modules and a nylon organizer bag custom-designed to hold all the supplies needed in either a trauma, cardiac or respiratory pediatric emergency.

          For fiscal 2007, 2006, and 2005, the respiratory/critical care segment contributed 22.6%, 22.1%, and 22.0%, respectively, of net revenue.

Sleep disorder


          Building upon the Company’s airway-management expertise and long-term experience with continuous positive airway pressure (CPAP) systems, the Company began providing sleep disorder, personal ventilation products, and sleep diagnosis services in the late 1990s. The Company designed its sleep disorder products to deliver airflow to patients undergoing therapy for the treatment of obstructive sleep apnea with the objective of increasing patient comfort and acceptance of the treatment.

          The Company believes it is the only firm that both operates sleep centers to diagnose obstructive sleep apnea as well as manufactures and sells products designed to treat the condition. The Company offers sleep diagnostic services exclusively in the United States through its Sleep Services of America subsidiary. The Sleep Services of America subsidiary was created in January 2002 as a result of the merger with the sleep diagnostic service business of The Johns Hopkins Health System Corporation. As of September 30, 2007, the Company operated 101 accounts, primarily inclusive of 72 sleep diagnosis laboratories and centers and 22 hospital locations serviced with mobile PSG equipment in nine states in the United States and Washington D.C. The Company’s Sleep Services of America business is accredited by the Joint Commission on Accreditation of Healthcare Organizations in ambulatory healthcare.

          At these sleep laboratories and centers, which typically accommodate two or three patients per night, the Company conducts sleep studies to determine whether patients suffer from sleep disorders and, if so, the severity of their condition. If a patient is determined to suffer from obstructive sleep apnea, the Company offers the patient and their referring physician a comprehensive sleep program. This program includes a patient consult, diagnosis, titration procedure (this is the process of determining the optimal pressure to prescribe for the CPAP device), and therapeutic intervention, thus providing a one-stop-shop approach to service a patient’s needs.


          Obstructive sleep apnea, or OSA, is one of the most common sleep problems. Obstructive sleep apnea is a condition that causes the soft tissue in the back of the throat to narrow and repeatedly close during sleep. Oxygen deficiency, elevated blood pressure, and increased heart rate associated with OSA are related to increased risk of cardiovascular morbidity, stroke, and heart attack. Additionally, OSA may result in excessive daytime sleepiness and reduced cognitive functions, including memory loss, lack of concentration, depression, and irritability. According to the National Heart, Lung and Blood Institute of the National Institutes of Health, in 2006 more than 12 million people in the United States suffered from sleep apnea. The Company believes that a substantial portion of those with OSA remain undiagnosed. Increased awareness of OSA among doctors and patients in recent years is expected to continue fueling growth of the OSA diagnostic and treatment industry.

          OSA diagnosis requires monitoring a patient during sleep. During overnight testing, which usually takes place in a clinical setting, respiratory parameters and sleep patterns are monitored along with other vital signs, providing information about the quality of an individual’s sleep. A report by Frost & Sullivan indicated that by 2003, there were approximately 2,800 sleep laboratories and centers in the United States. The Company believes this represents a significant expansion over the number of such laboratories and centers that previously existed in the United States.

          CPAP therapy is the primary method for treating obstructive sleep apnea, partly because it is less invasive and more cost-effective than surgery. Unlike surgery, which may only result in reduced snoring, CPAP therapy actually reduces or eliminates the occurrence of obstructive sleep apnea. During CPAP therapy, a patient sleeps with a nasal or facial mask connected by a tube to a small portable airflow generator that delivers room air at a predetermined continuous positive pressure. The continuous air

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pressure acts as a pneumatic splint to keep the patient’s upper airway open and unobstructed. As a result, the cycle of airway closures, which leads to the disruption of sleep and other symptoms that characterize obstructive sleep apnea, is prevented or dramatically reduced.

          CPAP is generally not a cure but a therapy for managing the chronic condition of obstructive sleep apnea, and therefore, must be used on a daily basis as long as treatment is required. Patient compliance has been a major factor in the efficacy of CPAP treatment. Recent CPAP product innovations have improved patient comfort and compliance compared with earlier generations of CPAP units.


          The Company’s principal sleep disorder products, currently marketed primarily outside of the United States, are personal non-invasive ventilation-support systems that are used in the treatment of obstructive sleep apnea to prevent temporary airway closure during sleep. The Company’s sleep disorder and personal ventilation products that have been cleared for sale in the United States in both hospitals and homes include the HA50TM, iSleep 10TM, iSleep 20TM, iSleep 20+TM, HAO1TM, VIVO 30TM, and VIVO 40TM. The Company’s principal sleep disorder and personal ventilation products are listed below.

 

 

 

 

CPAP flow generators are electromechanical devices which deliver continuous positive airway pressure through a nasal or full face mask to a patient suffering from obstructive sleep apnea in order to keep the patient’s airway open during sleep. Given the importance of patient compliance in treating obstructive sleep apnea, the Company designed its full range of products to be easy to use, lightweight, small, and quiet, making them relatively unobtrusive at the bedside. The Breas iSleep 10TM is a basic low-cost CPAP; the Breas iSleep 20TM is an enhanced CPAP device for treatment of obstructive sleep apnea; the iSleep 20+TM is a premium CPAP device with additional refinement and features to facilitate tracking of patient compliance; and the self-adjusting Breas iSleep 20iTM is a CPAP device based on the Company’s unique, patented i-technology for breathing pattern recognition. This latter device responds to subtle changes in breathing patterns, as individual pressure requirements vary over time, to proactively minimize apneic events; whereas traditional, constant CPAP devices must be set to a maximum pressure that is usually higher than required throughout the night and thus may create discomfort for the user. With the iSleep 20TM, the mean treatment pressure is lower as airway pressure is adjusted automatically. Clinical studies have demonstrated that patients prefer the lower pressure provided by these units to other available devices.

 

 

 

 

Bi-level CPAPs are electromechanical devices which allow inspiratory and expiratory pressures to be independently adjusted. The iSleep 22TM and premium iSleep 25TM devices treat more severe obstructive sleep apnea and are designed to be especially comfortable for the user.

 

 

 

 

Ventilators are electromechanical devices used to assist a patient with respiratory problems both in a clinical setting or at home. The Breas Vivo 30™ and Vivo 40™ bi-level ventilators are advanced devices that allow separate pressure levels for inspiratory and expiratory phases of each individual breath. Ventilation can be matched to the patient’s own breathing pattern by setting inspiratory and expiratory levels independently to provide a more comfortable and more natural respiratory support. These ventilators may also be operated from an external battery to be used during transportation and while traveling. The Breas PV403™ is an advanced multi-mode homecare ventilator that provides volume and pressure ventilation for patients suffering from respiratory failure such as neuromuscular (e.g. Duchene’s Muscular Dystrophy) or other restrictive or obstructed lung diseases. The PV403™ has both internal and external battery capability and is well suited to be used for transport and traveling.

 

 

 

 

Humidification systems are an important factor in the comfort of many patients using CPAP devices or ventilators. The Breas HA50™ and Breas HAO1TM are heated humidifiers designed to deliver humidified air efficiently at desired temperatures. The Breas HAO1TM is the Company’s latest generation humidifier device, designed for complete integration with the iSleepTM and VIVOTM product lines.

          The Company’s ability to sell its sleep disorder and personal ventilation products in Company sleep laboratories and centers is restricted by strict federal regulations that prohibit the medical facility from diverging from a physician’s prescription. If a physician prescribes a sleep disorder or personal ventilation

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product by name other than a Company product at a Company sleep laboratory or center, the Company is prohibited by federal regulations from substituting its own product.

          For fiscal 2007, 2006, and 2005, sleep disorder and personal ventilation products and services accounted for 23.8%, 21.2%, and 21.0%, respectively, of net revenue.

Interventional Cardiology/Radiology


          Interventional cardiology is a subspecialty of cardiology that deals specifically with catheter based treatment of structural heart diseases; interventional radiology is a subspecialty of radiology where minimally-invasive procedures are performed using image guidance, either for diagnostic or treatment purposes. The Company believes that the long term prospects for this business segment are good as less-invasive procedures increase to minimize surgery’s risk, cost, trauma, aftercare, and procedure time.

          The Company’s interventional cardiology/radiology business provides vascular access and vascular device delivery and serves a substantial number of medical device companies on an ongoing manufacturing and R&D project basis. The business operates as a high-end OEM that designs, develops, and manufactures precision devices that facilitate access to the cardiovascular system by medical professionals in the electrophysiology, cardiology, radiology, critical care, and anesthesia markets. The products include percutaneous-valved introducers, peelaway-valved introducers, guiding sheaths, and device delivery sheaths. Other products include guide wires, needles, over-the-needle catheters, hemostasis valves, obturators, dilators, slicers, transvalvular insertion tools, and contamination shields.

          Generally, the business makes finished sterile medical devices and bulk non-sterile products based on customer specifications. However, the business can also design, develop, and manufacture proprietary finished medical devices that are distributed by customers under their private label. As an OEM, the business depends on its customers for distribution of the medical devices produced by the Company. It is a highly-competitive business that can have major technology shifts. While the Company expects the business to grow over the next few years, the actual growth will vary depending on the customer base. Products are sold to other health care product providers either as a component of a kit or as a finished product. Customers include Johnson & Johnson, Bard, and Boston Scientific.

          For fiscal 2007, 2006, and 2005, interventional cardiology/radiology segment contributed 14.0%, 12.6%, and 13.2%, respectively, of net revenue.

Pharmaceutical technology services

          Pharmaceutical, diagnostic, biotechnology, and medical device companies are regulated by the United States Food and Drug Administration or FDA. The FDA’s regulatory framework covers virtually every aspect of these companies’ operations and mandates that these companies maintain highly-detailed records to demonstrate compliance with complex requirements. FDA enforcement of its requirements has increased significantly in recent years, and the FDA has publicly stated that compliance will be more strictly scrutinized. The FDA may invoke extensive enforcement powers against companies that fail to comply with FDA regulations. These companies may be delayed or prevented from commercializing new products or product enhancements and may have existing products removed from the market.

          The tasks of developing FDA compliance programs and monitoring their performance are complex and time-consuming. The Company believes that many FDA-regulated companies do not maintain the internal staff necessary to meet FDA requirements scrutiny, and these companies require consultants to help them become and remain compliant. FDA-regulated companies are under ongoing scrutiny with regard to the quality and compliance of critical computer systems and will continue to require external help to develop and implement these systems.

          For more than 20 years, the Company has provided regulatory consulting services to clients, helping them develop and validate systems and processes for their manufacturing, IT infrastructure, research and development, facilities, laboratory, and quality assurance departments. In 2002, with the acquisition of Stelex, the Company expanded these services to include computer systems compliance. In addition, the Company developed and currently markets proprietary software products used in conjunction with the Company’s services to help clients comply with FDA regulations. The Company delivers these technology services to FDA-regulated companies primarily in the pharmaceutical sector, as well as to medical device,

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diagnostic, and biotechnology companies. Clients include some of the largest pharmaceutical companies in the world.


          At September 30, 2007 and 2006 the pharmaceutical technology services staff consisted of 87 and 99 professionals, respectively. In addition, the Company’s Vital Path subsidiary developed and currently markets proprietary software products to help clients comply with FDA regulations. For fiscal 2007, 2006, and 2005, pharmaceutical technology services accounted for 5.6%, 7.6%, and 8.7%, respectively, of net revenue. The Pharmaceutical technology services segment was classified as discontinued operations in the first, second and third quarters of Fiscal 2007. The Company believes that the public announcement of this classification caused demand for the Company’s pharmaceutical technology services to decline. When the Company sought to sell this business, the offers received were inadequate. When the Company wrote the business down to fair value and reclassified the business to continuing operations during the fourth quarter of fiscal 2007, the offers received formed the basis for determining fair value.

Sales, marketing, and distribution

United States of America

          Anesthesia and respiratory/critical care. The Company markets anesthesia and respiratory/critical care products primarily to hospitals and other health-care providers. Hospitals and other health care providers determine the channel through which they receive Vital Signs’ products, either directly from the Company or through a distributor of their choice. At September 30, 2007 and 2006, the United States sales force consisted of 53 and 55 sales representatives as well as seven and six regional sales managers, respectively. The Company trains its sales force in the need, use, application, and advantages of its products.


          Many of the Company’s customers belong to group purchasing organizations that provide their members access to medical products by negotiating discounts with manufacturers. Unlike distributors, group purchasing organizations do not themselves make purchases, carry inventory or physically handle product. The Company has agreements with several leading group purchasing organizations, including Amerinet, Broadlane, Consorta, Healthtrust, MedAssets (HSCA), Novation, and Premier. During fiscal 2007, 2006 and 2005, 28%, 33% and 34%, respectively, of the anesthesia and respiratory/critical care segments’ sales to United States hospitals and other health care providers came through group purchasing organization contracts.

          Sleep disorder. Sales of sleep therapeutic and personal ventilation equipment in the United States has been minimal to date, due partly to the time required to obtain necessary FDA clearances and also to the dominant position that the Company’s competitors have in the home-supply dealer channel. The Company’s principal means of selling sleep disorder and personal ventilation products is through the introduction of those products to patients visiting the Company’s sleep laboratories and centers.

          The primary focus is to increase the patient volumes at existing laboratories and centers and negotiate contracts with new sleep laboratories and centers. The Company differentiates itself from its competitors by providing hospitals with a range of marketing options from direct marketing to an al la carte selection of services that increases the number of beds or improves existing-bed utilization.


          Interventional Cardiology/Radiology. Sales of finished sterile medical devices and bulk non-sterile products are primarily based on customer specification and also on proprietary finished medical devices that are distributed by customers under their private label. As an OEM, the business depends on its customers for distribution of the medical devices the Company produces.

          Pharmaceutical technology services. Sales are through a direct sales force of ten and nine at September 30, 2007 and 2006, respectively. The pharmaceutical technology services sales team in the United States and Puerto Rico sells FDA-compliance services to pharmaceutical companies, diagnostic and biotechnology companies, and medical device manufacturers.

International sales

          The Company sells products in over 73 countries worldwide. For fiscal 2007, 2006, and 2005, international sales were approximately 24.6%, 23.7%, and 24.2%, respectively, of net revenues.

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The Company operates a wholly-owned subsidiary in the United Kingdom that distributes and sells anesthesia and respiratory/critical care throughout the United Kingdom and Ireland. It employs sixteen individuals, including six sales representatives and one field-based sales manager. Anesthesia and respiratory/critical care products are sold in over twenty European and other international markets primarily through individual distribution channel.

          Sales in Asia, Latin America, Canada, India and Europe/Middle East are supervised by six regional managers whose responsibilities include, but are not limited to, the identification, qualification, appointment and continued training and support of local, territory-specific distributors.

          The Company sells sleep disorder and personal ventilation products through Breas’ direct sales force to home health care distributors in France, Germany, Scandinavia, Spain, and the United Kingdom, and through an independent distribution network in other countries. At September 30, 2007, Breas’ direct sales force consisted of 27 professionals.

          See “Management’s discussion and analysis of financial condition and results of operations” for additional information concerning international sales.

Research and development


          Product development and innovation is an essential part of the Company’s success. As of September 30, 2007 there were 46 engineers, scientists, and technicians in research and development. The Company supplements its research with outside consultants from time to time. The primary research and development activities in fiscal 2007 were (1) developing SteeLiteTM single-use metal laryngoscope blades, (2) completing the enFlow® IV Fluid/Blood Warming System following the Enginivity LLC acquisition in August 2007, and (3) expanding the line of ventilation products at the Company’s Breas subsidiary.

          The Company incorporates technical, manufacturing, operations, sales and marketing, and clinical expertise within its research and development processes. The research and development staff works with health care providers to respond to customer product needs and with Company sales and marketing teams to anticipate industry trends. The Company has successfully reduced new product development costs by utilizing its manufacturing capabilities to rapidly produce quantities of prototype products suitable for trial use and sale.

Manufacturing and quality control


          Vital Signs manufactures substantially all of its anesthesia breathing circuits, bacterial/viral filters, blood pressure cuffs, pressure infusors, arterial blood gas syringes, heated humidification circuits, nebulizers, manual resuscitators, introducers, and sleep therapy products. Manufacturing processes include tube extrusion, injection molding, radio frequency welding, product assembly, product testing, packaging, and distribution. In some instances, plastic components incorporated in certain products are molded to Company specifications by outside custom injection molders who utilize molds that are designed and, in substantially all instances, owned by the Company. In these instances, Company suppliers are presented with written specifications to assure that components are manufactured in conformity with design and other specifications. The Company purchases resins, the primary raw material used in a variety of anesthesia and respiratory products, in bulk.

          The Company’s manufacturing processes and systems provide quality products, react quickly to changes in demand, and generate manufacturing efficiencies. These capabilities allow the Company to contain costs, control quality, and maintain security of proprietary processes. The Company continually evaluates its manufacturing processes, with the objective of increasing automation, streamlining production, and enhancing efficiency to achieve cost savings and improve quality.


          Because the products are utilized in operating rooms and critical care units of hospitals, the Company must meet the FDA’s Quality System Regulations in all of its facilities. The Company is required to maintain records of all raw materials received and used in the manufacturing process along with complete histories of all devices manufactured. For Europe distribution, the Company’s quality systems are third-party certified to be in compliance with ISO 13485 standards.

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Key supplier relationships


          The Company had exclusive rights to an air-filled cushion anesthesia face mask through a collaboration arrangement with Respironics. Face masks are used in a variety of the Company’s anesthesia circuits and manual resuscitators. On February 2, 2007, the Company announced that it was ending its relationship with Respironics and had formed a Chinese joint venture to manufacture face masks. Respironics was the Company’s sole face mask supplier until the formation of the Chinese joint venture.

          As of August 2007, Respironics sold all of its tooling, equipment, know-how and intellectual property for manufacturing air-filled cushion masks to the Company, agreed to continue manufacturing masks during the transition process, and agreed to cooperate with the startup of the Company’s Chinese joint venture. The joint venture is ramping up mask production and is currently supplying 40% of the Company’s mask needs.

          If the Company becomes unable to fully transition the face mask manufacture to the joint venture or if the supply of face masks would be interrupted, the Company would be required to find alternative suppliers. The Company believes that alternative face mask suppliers exist; however, there is no assurance that, in the event of a face mask supply interruption, the Company could maintain a delivery of face masks in a quantity and at a cost that would not have a material adverse effect on the Company’s business and operating results.

Intellectual property

          The Company primarily relies upon trade secrets and continuing technological innovations to develop and maintain its competitive position and seeks patent protection for inventions that provide its products a competitive advantage. When determined appropriate, the Company has enforced and plans to continue to enforce and defend its patent rights. In an effort to protect trade secrets, the Company requires certain employees, consultants, and advisors to execute confidentiality, proprietary information, and invention assignment agreements upon commencement of employment or consulting relationships.


          Some patents are for significant technologies that are utilized in the Company’s anesthesia, respiratory/critical care, and sleep disorder business segments. The Company’s ongoing success depends in part on the ability to maintain its patents, obtain new patents, and develop new products and applications without infringing on the patent or other proprietary rights of third parties. In the medical industry, there has been substantial litigation involving the intellectual property rights of medical device manufacturers, and the Company has been involved in several legal proceedings, often at significant expense. The Company cannot assure that any of its patents will not be circumvented or successfully challenged, that its patents will provide competitive advantages, or that pending or future patent applications will be granted. The Company also cannot assure that its products or proprietary rights do not infringe upon the rights of third parties. If an infringement were established, the Company could be required to pay damages or enter into royalty or licensing agreements with onerous terms, and/or be enjoined from making, using, or selling the infringing product.

Regulation

Medical device regulation


          As a manufacturer of medical devices, the Company is subject to regulation by, among other governmental entities, the FDA and the corresponding agencies of the states and foreign countries in which the Company operates. The Company must comply with a variety of regulations, including the Quality System Regulations of the FDA, and is subject to periodic inspections by the FDA and applicable state and foreign agencies. Enforcement of the Quality System Regulations has increased significantly in recent years, and the FDA has publicly stated that medical compliance will be more strictly scrutinized. If the FDA believes that its regulations have not been fulfilled, it may invoke extensive enforcement powers. Non-compliance with applicable regulatory requirements can result in, among other things, warning letters, fines, injunctions, civil penalties, recall or seizure of products, total or partial suspension of production, failure to receive pre-market clearances, withdrawal of clearances, and criminal prosecution. The FDA also has the authority to require recall, repair, replacement or refund of the cost of any device manufactured or distributed by the Company. Current FDA enforcement policy prohibits the marketing of cleared medical devices for un-cleared uses.

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          After clearance is given, the FDA or foreign regulatory agencies may withdraw clearances or approvals or require the Company to change the device, manufacturing process, labeling, supply additional proof of product safety and effectiveness, or to recall, repair, replace, or refund the cost of the medical device. The process of obtaining clearances or approvals to market products can be costly, time consuming, and can delay the marketing and sale of the Company’s products. Federal, state, and foreign regulations regarding the manufacture and sale of medical devices are also subject to change. The Company cannot predict what impact, if any, such changes might have on its business.

          From time to time the Company may take recall actions with respect to particular lots of a specific product. Such actions are recorded in Company records and are available to the FDA during inspections. The Company also may file notices with the FDA describing such actions.


          The FDA classifies medical devices into three classes that determine the degree of regulatory control that the manufacturer must meet. Class I is the least stringent, and these medical devices are subject to general controls, including reporting certain types of device-related events to the FDA, labeling, and adherence to the Quality System Regulations. Class II devices are customarily subject to general and special controls including Section 510(k) clearance, performance standards, post-market surveillance, patient registries, and FDA guidelines. Class III is the most stringent, and these medical devices are those that must receive pre-market approval by the FDA to ensure device safety and efficacy. Class III includes life-sustaining, life-supporting, and certain implantable devices, as well as new devices that have not been found to be substantially equivalent to legally-marketed Class I or Class II devices. The pre-market approval process may take several years and requires submitting extensive performance and clinical information.

          Most Vital Signs products are either Class I or Class II. If the Company were to develop any Class III medical devices, the time, effort, and expense required to obtain the necessary approvals would be substantial.

          International sales of medical devices are subject to foreign government regulations, which vary substantially from country to country. The time required to obtain approval by a foreign country may be longer or shorter than that required for FDA clearance, and the requirements may differ significantly.

          The European Union has adopted legislation and Medical Device Directives that regulate the design, manufacture, clinical trials, labeling, and adverse event reporting for medical devices. This regulation establishes a Competent Authority in each member state to monitor and ensure compliance with the Directive. Each Competent Authority, in turn, then nominates a Notified Body to oversee the conformity assessment procedures set forth in the Directive, under which manufacturers demonstrate that their devices comply with the requirements of the Directive and are entitled to bear the “CE” marking. “CE” is an abbreviation for Conformité Européene, or European Conformity, and the CE marking, when placed on a product, indicates compliance with the requirements of the applicable directive. Only medical devices properly bearing the CE marking may be commercially distributed throughout the European Union.

          The Company has approval to affix the CE marking on all of its major product lines. As new products are introduced, the Company intends to gain approval for CE marking. While no additional pre-market approvals in individual European Union countries are required prior to marketing of a device bearing the CE mark, practical complications with respect to marketing introduction may occur. For example, different labeling requirements among EU countries exist.

          Over the last several years numerous countries, such as Australia, China, Japan, and India have imposed new regulations on the registration of medical devices which in some instances have significantly lengthened the registration process. Non-compliance with foreign regulations may carry the same or increased risks, liabilities, and exposures as non-compliance with FDA requirements. Foreign regulatory authorities also have the authority to require the Company to repair, replace, or refund the cost of any device that the Company manufactures or distributes.

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Health care regulation


          Some of the services provided in the Company’s sleep disorder business segment are subject to additional regulation from various state and local regulatory authorities. A trend is developing in the United States to require the licensing of technical personnel to perform sleep disorder diagnostic testing procedures. Licensed personnel are more highly compensated than unlicensed personnel.

          Sleep diagnostic service providers are subject to regulation by United States federal and state authorities aimed at combating fraud and abuse in the health care industry. The federal government has enacted statutes and corresponding regulations addressing, among other things, kickbacks, self-referral, the submission of false claims for reimbursement, and the failure to follow physician prescriptions. Many states have enacted similar statutes. The federal laws apply in any case where the Company may provide a product or service that is reimbursable under the Medicare or Medicaid programs, or where the Company is requesting reimbursement from Medicare or Medicaid.

          The Company’s ability to sell its Breas products in Company sleep laboratories and centers is restricted by federal regulations that prohibit the Company from diverging from a physician’s prescription. If a physician prescribes a CPAP product by name other than a Breas product, at one of the Company’s sleep laboratories and centers, the Company is prohibited from substituting a Breas product.

          The federal government is authorized to impose criminal, civil, and administrative penalties on a health-care provider who files a false claim for reimbursement from Medicare or Medicaid. Even where a claim has not been submitted to Medicare or Medicaid, criminal penalties may be imposed against the provider if the government can show that the claims constitute mail fraud or wire fraud. The government has increasingly been applying penalties in a broadening range of circumstances, for example, in instances where reimbursement has been made or sought for medically unnecessary services or for services that fall below clinical standards for quality care. The federal anti-kickback law prohibits the offering, solicitation, payment or receipt of anything of value which is intended to induce the referral of Medicare or Medicaid patients, or to induce the ordering of items or services that are reimbursable under those programs. The federal anti-kickback law has been interpreted to apply where one purpose of an arrangement is to induce referrals, even if it is not the primary purpose of the arrangement. Arrangements that meet certain so-called “safe harbors” are deemed not to violate the federal anti-kickback law, but the failure of a particular arrangement to meet a safe harbor also does not necessarily mean that such an arrangement is illegal.

          The federal self-referral law, commonly referred to as the Stark Law, prohibits a physician from referring a patient to another health care provider for certain designated health products and services reimbursable by Medicare or Medicaid if the referring physician has a financial relationship with that provider. “Financial relationship” has been broadly defined in the applicable regulations to include both direct and indirect relationships, and includes both ownership interests and compensation as forms of financial relationships. As with the federal anti-kickback law’s safe harbors, the Stark Law and its regulations exclude certain arrangements from the general prohibition, provided that specific criteria applicable to each arrangement are met.

          The penalties for violating these federal laws include criminal sanctions and fines, potential treble damages, and civil and administrative penalties, which may include, but not be limited to, exclusion from the Medicare and Medicaid programs, and the repayment to the federal government of any reimbursement that the provider received in violation of the law.

          Many states have enacted laws similar to the federal fraud and abuse laws. There is a great degree of variability among these states in terms of the applicability and requirements of each of their laws. For instance, some states’ laws are applicable only to services or products reimbursable under Medicaid, while others apply to all health care services regardless of the source of payment. By way of further example, some states do not prohibit referrals to a provider with which the referring physician has a financial relationship, but only require that the patient be informed of the relationship before the referral is made.


          In addition, the Company is also subject to numerous foreign, federal, state, and local laws and regulations relating to such matters as safe working conditions, environmental protection, and fire hazard control.

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Privacy regulation

          Some of the Company’s business activities require that it collect and/or use information about individuals and their medical conditions. As a result, the Company is subject to regulation by both United States and foreign authorities to protect individual privacy by requiring confidentiality of patient information.

          In 1996, the United States Congress enacted the Health Insurance Portability and Accountability Act, which mandated, among other things, the promulgation of regulations to address the privacy of health information and to reduce many of the costs and administrative burdens of the health care industry. These regulations have been developed by the United States Department of Health and Human Services and address three general areas: standardization of electronic transactions, security of health information systems, and privacy of protected health information. Collectively, these regulations are intended to establish federal standards concerning the use, disclosure, and protection of health information which, by its nature, can be linked to specific individuals. In addition to limited access to protected health information of Company employees, the Company’s Sleep Services of America subsidiary collects protected health information of its clients.

          The Health Insurance Portability and Accountability Act also establishes civil and criminal fines and penalties for the improper use and disclosure of individually identifiable health information. The regulations continue to evolve as the United States Department of Health and Human Services continues to receive public comment and revise certain of the regulations, most notably those addressing privacy. There is no meaningful history of enforcement efforts by the federal government at this time. It is, therefore, not possible to ascertain the likelihood of enforcement efforts in connection with the Health Insurance Portability and Accountability Act regulations or the potential fines and penalties that may result from the violation thereof.

          Foreign governments are increasingly addressing concerns related to the privacy of information collected about their citizens with laws and regulations designed to protect the confidentiality of such information.

Third party reimbursement

          The cost of medical care in the United States and many other countries is funded substantially by government and private insurance programs. Although the Company does not generally receive payment for its products or services directly from these payors (other than in connection with the Company’s sleep diagnostic services), the Company’s continued success is dependent upon the ability of patients, hospitals, and home care distributors to obtain adequate reimbursement for Company products and sleep services. In most major markets, Vital Signs products are purchased primarily by hospitals and medical centers that are generally either government funded, invoice third-party payors directly, or invoice patients that receive reimbursement from third-party payors. Other than direct hospital sales (and the Company’s sleep diagnostic services and resulting sales of CPAP equipment), the Company’s remaining sales are to distributors and manufacturers of other medical products that then sell to these customers.

          Sleep-diagnostic services provided in Company sleep laboratories and centers to patients are generally covered by private insurance. In those instances, the patient is responsible for their co-payment portion of the fee, and the Company invoices the patient’s insurance company for the balance. The Company contracts with hospitals on a “fee for service” basis, and the hospital assumes the billing risk.

          In the United States, third-party payors include Medicare, Medicaid, and private health insurance providers. These payors may deny reimbursement if they determine that a device has not received appropriate FDA clearance, is not used in accordance with approved applications, or is experimental, medically unnecessary, or inappropriate. Third-party payors are also increasingly challenging prices charged for medical products and services, and certain private insurers have initiated reimbursement systems designed to reduce health care costs. The trend towards managed health care and the growth of health maintenance organizations that control and significantly influence health care service and product purchases, as well as ongoing legislative proposals to reform health care, may all result in lower prices for the Company’s products and services. The Company cannot assure that its products and services will be considered cost-effective by third-party payors, reimbursement will be available or continue to be available,

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or that payors’ reimbursement policies will not adversely affect the Company’s ability to sell its products and services on a profitable basis, if at all.

Competition


          The Company’s markets are highly competitive. The principal bases for competition include product features, price, quality, customer service, technique, performance, market reputation, breadth of product offerings, and effectiveness of sales and marketing. The Company believes that its products compete favorably with respect to these factors.

          The Company competes on a product-by-product bases with various companies, many of which have greater financial and marketing resources, broader business segments, or both. The Company’s primary competitors in each of its product and service categories include the following entities and their affiliates:

 

 

 

Product/service category

 

Primary competitors


 


Anesthesia

 

Bespak
Medline Industries
Smith Industries

 

 

 

Respiratory/critical care

 

Ambu International A/S
Cardinal Health
Critikon, Inc./General Electric Medical Services
Fisher & Paykel Healthcare
Teleflex
Covidien (formerly Tyco International)
Invacare

 

 

 

Sleep disorder

 

Fisher & Paykel Healthcare
Resmed
Respironics
Covidien (formerly Tyco International)
Various hospital and locally maintained sleep centers

 

 

 

Interventional cardiology/radiology

 

Enpath Medical
Teleflex Medical

 

 

 

Pharmaceutical technology services

 

Day & Zimmerman
Taratec
The Washington Group
Numerous regional consulting companies.

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Employees


          The Company believes that its relations with its employees are good. None of the Company’s employees are members of unions, although certain employees outside of the United States have statutory benefits comparable to collective bargaining agreements. As of September 30, 2007, the Company had 1,257 full-time employees shown as follows:

 

 

 

 

 

Department

 

Number of
employees

 


 


 

Manufacturing and quality control

 

 

653

 

Sales and marketing

 

 

159

 

Sleep center technical personnel

 

 

157

 

Regulatory consultants

 

 

66

 

Research and development

 

 

46

 

Administration

 

 

176

 

 

 



 

Total

 

 

1,257

 

 

 



 

Website

          The Company maintains a website at www.vital-signs.com that provides proxy statements, press releases, and SEC reports on Forms 3, 4, 5, 8-K, 10-K, and 10-Q (and any amendments to those reports) that are filed with the SEC. These reports and other materials are made available as soon as reasonably practicable after such material is electronically filed with or furnished to the SEC. Press releases are also issued via electronic transmission to provide access to Company financial and product news. In addition, the Company provides notification of and access to voice and Internet broadcasts of its quarterly and annual results.

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Item 1A. Risk Factors

          The reader should carefully consider the risks described below and all other information contained in this Annual Report. If any of the following risks, as well as other risks and uncertainties that are not yet identified or that the Company currently thinks are immaterial, actually occur, the Company’s business, financial condition, and results of operations could be materially and adversely affected. In that event, the trading price of the Company’s shares could decline, and shareholders may lose all or a substantial part of their investment.

Risks related to the Company’s industry

Public and private sector health care organizations continue to exert substantial cost containment pressures that could adversely impact the Company’s selling prices and profitability.


          In recent years, both the public and private sectors have made widespread efforts to control health care costs, including the prices of products sold by the Company. Such efforts may have a material adverse effect on the pricing of, and the demand for, Company products. Health care organizations are evaluating approaches to reduce costs by decreasing the frequency with which a treatment, device, or product is used and by making more diagnostic procedures available for home-based testing as opposed to laboratory or hospital based testing. Cost containment also has caused the health-care purchasing decision-making function to shift from the physician to the administrator at the health care institution, resulting in an increased emphasis on reduced price, as opposed to product features and clinical benefits. Efforts by U.S. governmental and private payors to contain costs will likely continue, and the Company expects that international health care markets will follow a similar trend toward cost containment.

The time and expense needed to obtain regulatory approval and respond to changes in regulatory requirements could adversely affect the Company’s ability to commercially distribute its products and services and generate sales revenue.


          The Company is subject to extensive worldwide regulation with respect to product clearance and enforcement activities. This results in long product approval cycles, uncertainty with respect to the timing of the introduction of new or modified products, uncertain regulatory approvals, and substantial expenses. The Company’s products are subject to extensive regulation by the United States Food and Drug Administration (the FDA) and certain similar foreign regulatory agencies. Additionally, some of the Company’s sleep disorder services are subject to additional regulation from various local regulatory agencies.

          The FDA regulates the pre-clinical and clinical testing, manufacturing, labeling, distribution, and promotion of medical devices. It can take several years to receive the appropriate clearances from the FDA, and the Company cannot assure that it will always obtain such clearances. If the Company decides to develop any products that are categorized by the FDA as Class III medical devices, the time, effort and expense required to obtain the necessary clearances will increase significantly. In addition, the products that the Company manufactures or distributes pursuant to FDA clearances are subject to pervasive and continuing regulations by the FDA. Non-compliance with applicable requirements can result in, among other things, warning letters, fines, injunctions, civil penalties, recalls or seizures of products, total or partial suspension of production, failure of the government to grant pre-market clearance for devices, withdrawal of marketing clearances, and criminal prosecution. The FDA also has the authority to require the Company to repair, replace, or refund the cost of any device that it manufactures or distributes.

          International sales of medical devices are subject to foreign government regulations, which vary substantially from country to country. The time required to obtain approval by a foreign country may be longer or shorter than that required for FDA clearance, and the requirements may differ significantly. Over the last several years several countries, such as Australia, China, Japan, and India have imposed new regulations on the registration of medical devices which in some instances have significantly lengthened the registration process. Non-compliance with foreign regulations may carry the same or increased risks, liabilities, and exposures as non-compliance with FDA requirements. Foreign regulatory authorities also have the authority to require the Company to repair, replace, or refund the cost of any device that the Company manufactures or distributes.

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          Certain business activities require that the Company collect and/or use information about individuals and their medical conditions. As a result, the Company is subject to complex regulations by both United States and foreign authorities to protect individual privacy by requiring that the Company maintain the confidentiality of patient information. Implementation and compliance with these regulations are costly.

Even after receiving FDA and foreign regulatory clearance or approval, the Company’s products may be subject to product recalls, which may harm the Company.

          The FDA and similar governmental authorities in other countries have the authority to make a mandatory recall or order the market removal of the Company’s products in the event of material deficiencies or defects in medical device design, manufacture, or labeling. Any recall of Company products may materially adversely affect the Company’s profitability, divert managerial resources, and harm the Company’s reputation.

The Company may lose significant customers as a result of substantial consolidation within the health care industry.

          Over the past several years, the health care industry, including many of the Company’s customers, has undergone significant consolidation, and the Company expects this trend to continue. The Company is subject to risks and uncertainties that result from mergers and acquisitions involving its customers. If, as a result of such mergers or combinations, the Company’s customers lose control of the purchasing function, decide to use one of the Company’s competitors or reduce their orders for Company products, the Company’s revenues may be materially adversely affected.

Government and private insurance plans may not reimburse the Company’s customers for the Company’s products, which could result in reductions in sales or selling prices for Company products.

          The cost of medical care in the United States and many other countries is funded substantially by government and private insurance programs. If such funding becomes limited or unavailable to the Company’s customers, the Company’s business may be adversely affected. Although the Company does not generally receive payment for its products or services directly from these payors other than for its sleep diagnostic services, the Company’s continued success is dependent upon the ability of patients or the Company’s customers to obtain adequate reimbursement for Company products and services. In most major markets, Company products are purchased primarily by hospitals which in turn bill third-party payors or bill patients directly who then seek reimbursement from third-party payors.

          In the United States, third-party payors include Medicare, Medicaid, and private health insurance providers. These payors may deny reimbursement if they determine that a device has not received appropriate FDA clearance, is not used in accordance with approved indications, or is experimental, unnecessary, or deemed to be inappropriate treatment for the patient. Third-party payors are also increasingly challenging prices charged for medical products and services. The Company cannot assure that its products will be considered cost-effective by third-party payors, reimbursement will be available, or that payors’ reimbursement policies will not adversely affect the Company’s ability to sell its products on a profitable basis, if at all.

          Health care reimbursement systems vary from country to country and, accordingly, the Company cannot assure that third-party reimbursement available under one system will be available for procedures utilizing Company products under any other reimbursement system. Lack of, or inadequate reimbursement by, government and other third-party payors for Company products would have a material adverse effect on the Company’s business, financial condition, and results of operations.

Health care reform proposals are gaining substantial support in the United States Congress and state legislatures and could impact the profitability of the Company’s business.

          The United States health care industry is subject to several reform proposals, including more stringent regulations. It is uncertain whether and when such proposals would become legal requirements affecting the Company’s business, but the Company cannot assure that any such changes will not have a material adverse effect on the Company’s business. Changes in the law or new interpretations of existing laws may have a dramatic effect on the costs associated with doing business and the amount of reimbursement the Company’s customers receive from both government and third-party payors. Federal, state and local

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government representatives will, in all likelihood, continue to review and assess alternative regulations and payment methodologies.

Health care legislation and regulation by state legislatures regarding licensure requirements for healthcare professionals could impact the profitability of the Company’s business.

          Several states in which the Company’s Sleep Services of America business operates have taken steps to improve licensure requirements for polysomnographic sleep technicians that monitor patients during sleep diagnostic procedures. As licensing requirements are imposed, the pool of qualified personnel tends to shrink leading to a drive for higher salaries. The Company cannot assure that these changes in the pool of available qualified employees will not have an impact on the Company’s ability to maintain its profit margins at historic levels.


The Company incurs expenses to comply with environmental, health and safety laws and regulations.

          The Company is subject to numerous environmental, health and safety laws and regulations, including those governing the use and disposal of hazardous materials. The Company incurs expenses to comply with such laws and regulations and any violation of these laws and regulations could have a material adverse effect on the Company’s business, financial condition, and results of operations.

Risks related to the Company’s business

The markets for the Company’s products and services are highly competitive, and the Company competes against substantially larger companies.

          Competition among medical device companies is intense. If the Company is unable to compete effectively with existing or future competitors, it may be prevented from retaining the Company’s existing customers or from attracting new customers, which could materially impair the Company’s business. There are a number of companies that currently offer, or are in the process of developing, products that compete with products that the Company offers. The Company cannot assure that some of these competitors will not succeed in