Hospital Patient Multi-Parameter Monitors Market Shares, Strategies, and Forecasts, Worldwide, 2013 to 2019

Global hospital cardiac patient monitoring devices market at $3.8 billion in 2012 is forecast to reach at $5.3 billion by 2019 at a growth rate of 5.5% during the analysis period. Growth continues as market penetration into all areas of the hospital expands. The installed base continues to grow as replacement of units is stretched to 12 years and beyond.

A new study Hospital Patient Multi -Parameter Monitors: Market Shares, Strategy, and Forecasts, Worldwide, 2013 to 2019. The study has 230 pages, 102 tables and figures. Whereas cardiac monitor units were initially used in newly created critical care units, now many patients with primary disease conditions other than cardiac disease also have complications that affect the heart and therefor need monitoring in other parts of the hospital.

The hospital cardiac patient monitoring industry is evolving rapidly and is becoming increasingly competitive as more parameters are monitored and integration with the electronic patient record occurs. This is the basis on which vendor share shifts, with Philips gaining share in recent years. Companies with substantial resources are poised to enter the market, probably through acquisition. Vendors are poised to face increased competition even as market consolidation occurs.

Shortness of breath is a common symptom of cardiac disease. It is frequently misdiagnosed as a respiratory symptom or ignored by patients and is not even considered a symptom. Hospital cardiac patient monitoring can detect arrhythmias and get people to treatment faster before it is too late to correct heart failure.

Early detection of a problem in the hospital and consequent treatment is essential. Hospital cardiac patient monitoring technology is a vital aid in providing that treatment. Hospitals and clinicians have increased access to devices in every department of the hospital and during transport as insurers realize the value of detecting and treating cardiac symptoms as they occur, rather than waiting until the patient condition has deteriorated. .

Cardiac patient monitoring is evolving as systems become smaller and offer more functionality. Cardiac patient monitoring market driving forces still relate to reimbursement by CMS and private insurance carriers in the US and by nationalized systems in other places. The principal competitive factors that impact the success of cardiac monitoring solutions include the parameters discussed in the market research study:

According to Susan Eustis, lead author of the Market Research team that prepared the Hospital Patient Multi -Parameter Monitors market research study, “Hospital cardiac patient monitoring technology companies are struggling to achieve a focus on health delivery and well-being initiatives. Vendors strive for a balanced portfolio of businesses that can attain global leadership positions. Vendors seek to deliver performance above benchmark levels. Challenges are influencing hospital cardiac patient monitoring business activities.

When chronic disease conditions are treated early on when there is an early change in patient condition an early intervention can make a difference. It is even better to treat patients in a wellness treatment environment before there are indications of chronic disease, before symptoms develop, by addressing lifestyle issues early on.

Global hospital cardiac patient monitoring devices market at $3.8 billion in 2012 is forecast to reach at $5.3 billion by 2019 at a growth rate of 5.5% during the analysis period. Growth continues as market penetration into all areas of the hospital expands. The installed base continues to grow as replacement of units is stretched to 12 years and beyond.

Companies Profiled

Market Leaders

  • Philips
  • Nihon Kohden
  • OSI / SpaceLabs
  • Opto Circuits / Criticare Systems
  • General Electric (GE)
  • Mindray
  • Fukuda DenshiFukuda Denshi

Market Participants

  • Schiller
  • Opto Circuits
  • Criticare Systems
  • Mortara
  • Biolight
  • Mindray
  • Guangdong Biolight Meditech
  • Drager
  • Cardiac Science

Check Out These Key Topics

  • Patient Monitoring
  • Wireless Nodes
  • Microcontroller
  • Patient Monitoring
  • Vibration-Based Wireless Energy
  • Piezoelectric Energy Harvesters
  • Thermoelectrics
  • Generating Power From Heat
  • Smart Computing
  • Power Community
  • Patient Monitorings
  • Smart Cities
  • Smart Buildings
  • Military Remote Energy Applications
  • Off-Grid Special Energy
  • Energy harvesters
  • Powering Pipeline Monitoring Stations
  • Navigational aids energy
  • Spacecraft energy
  • Thermoelectric cooling Automotive Energy
  • Lighting Community
  • Manganese dioxide
  • Nanoparticles
  • Nanotechnology Graphene
  • Self-assembly
  • Nanostructured Thin Films
  • Microgenerator Transforms Mechanical Energy
  • Vibration Electricity
  • Pressure Of A Finger
  • Piezoelectricity
  • Solid State Technology
  • Microgenerator
  • Power Source Of Sensor
  • Sensor node
  • Vibration Patient Monitoring
  • Photovoltaics
  • Piezoelectrics
  • Thermovoltaics
  • Energy Scavenging
  • Power Harvesting
  • Capture Of Ambient Energy
  • Algorithmic Control
  • Energy Harvesters
  • Sensors Based On Magnetic Materials
  • Patient Monitoring Economies of Scale
  • Internet of Things
  • IoT
  • Powering Current Sensors

TABLE OF CONTENT

Hospital Multi-parameter Patient Monitor Executive Summary

Hospital Multi-parameter Patient Monitor Market Driving Forces
Hospital Cardiac Patient Monitoring Company And Technology Challenges
Lives Improved: Striving To Make The World Healthier And More
Sustainable Through Innovation
Addressing Hospital Cardiac Patient Monitoring Technology Challenges With A Two-Dimensional Approach – Social And Ecological

Hospital Cardiac Patient Monitoring Market Shares

Hospital Cardiac Patient Monitors Market Forecasts
1. Patient Monitoring Market Description and Market Dynamics
1.1 Transforming Health Care Landscape Provides Opportunity
1.1.1 Quality Healthcare Delivery
1.2 Advances In Remote Patient Monitoring
1.3 Vendor Positioning in Hospital Patient Cardiac Monitors
1.3.1 Improving Supply Chain Efficiency
1.3.2 Vendors Seek To Become More Competitive

2. Hospital Multi-parameter Patient Monitor Market Shares and Market Forecasts
2.1 Hospital Multi-parameter Patient Monitor Market Driving Forces
2.1.1 Hospital Cardiac Patient Monitoring Company And Technology Challenges
2.1.2 Lives Improved: Striving To Make The World Healthier And More Sustainable Through Innovation
2.1.3 Addressing Hospital Cardiac Patient Monitoring Technology Challenges With A Two-Dimensional Approach – Social And Ecological
2.2 Hospital Cardiac Patient Monitoring Market Shares
2.2.1 Philips Patient Monitors
2.3 Hospital Cardiac Patient Monitors Market Forecasts
2.3.1 Hospital Patient Cardiac Monitor Type Markets and Segments
2.3.2 Health Care industry Dynamic Market Drivers
2.3.3 US Medicare Spending
2.4 Heart Disease Statistics (Data for U.S.)
2.4.1 Ambulatory care
2.4.2 Hospital inpatient care
2.4.3 Home health care
2.4.4 Hospice care
2.4.5 Nursing home care
2.4.6 Mortality
2.4.7 Asthma
2.4.8 Asthma Surveillance Data
2.5 Cardiac Monitoring Device Prices
2.6 Hospital Based Cardiac Patient Monitoring Regional Market Analysis
2.6.1 Europe
2.6.2 Patient Monitoring In Emerging Countries
2.6.3 China
2.6.4 Japan
2.6.5 Philips Assessment of Regional Differences in Patient Monitoring Markets

3. Hospital Multi-parameter and Cardiac Patient Monitoring Product Description
3.1 Philips Clinical Critical Care Monitors and Clinical Infomatics
3.1.1 Philips Xcelera
3.1.2 Philips Improving Quality Through Data Analysis
3.1.3 Philips Tele-Cardiology Provides Access To Clinical Information Anywhere
3.1.4 Royal Philips Hospital-Wide Patient Monitoring Systems
3.2 GE Healthcare
3.2.1 GE Healthcare CARESCAPE Monitor B850
3.2.2 GE Healthcare Monitor Products
3.2.3 GE / Datex/ Ohmeda
3.2.4 Datex
3.3 Opto Circuits
3.3.1 Criticare Vital Signs Monitors
3.3.2 Criticare Patient Monitors, Central Stations Solutions VitalView® CSS
3.3.3 Criticare Patient Monitor Sensor Types
3.3.4 Criticare Monitoring Equipment
3.3.5 Criticare Anesthetic Gas Monitors
3.3.6 Criticare Central Stations
3.3.7 Criticare Sensors
3.4 OSI / SpaceLabs
3.4.1 Spacelabs Patient Monitoring & Connectivity
3.4.2 Spacelabs Ultraview SL2200
3.4.3 Spacelabs Ultraview SL2400
3.4.4 Spacelabs Ultraview SL2600
3.4.5 Spacelabs Patient Monitoring & Connectivity
3.4.6 Spacelabs Monitoring Target Markets
3.4.7 Spacelabs Patient Monitoring & Connectivity
3.4.8 Spacelabs Ultraview SL2700
3.4.9 Spacelabs Ultraview SL2800 Combination Of Monitoring And Patient Information
3.4.10 Spacelabs Intesys Clinical Suite (ICS G2) Applications
3.5 Draeger
3.6 Mindray
3.6.1 Mindray – Datascope
3.7 EasySense System Cutting Back On False Alarms EasySense Central M EasySense
3.8 Guangdong Biolight Meditech Co., Ltd. (Biolight)
3.8.1 Biolight
3.9 Schiller Truscope Classic Patient Monitor
3.9.1 Schiller Applications:
3.9.2 Schiller Argus
3.9.3 Argus Pro System For Intra-Hospital And Central Monitoring
3.10 Nihon Kohden
3.10.1 Nihon Kohden Transport Monitor
3.10.2 Nihon Kohden Transport Monitor
3.10.3 Nihon Kohden Transport Monitor Features
3.10.4 Nihon Kohden Central Monitoring Station
3.10.5 Nihon Kohden Transport Monitor Features
3.10.6 Nihon Kohden Central Monitoring Station
3.11 Fukuda Denshi
3.11.1 Fukuda Denshi Monitors

4. Multi-Parameter Hospital Patient Monitor Technology
4.1 Wireless Cardiac “Patch”
4.1.1 Flexible Circuit Board
4.1.2 Wireless Heart-Monitoring Devices
4.2 Wireless Sensor Network Architecture

5. Patient Monitor Company Description
5.1 Cardiac Science
5.2 Drager
5.2.1 Drager Life Support For Newborn Babies
5.2.2 Drager Ventilation – Even When Airborne
5.2.3 Drägerwerk AG Revenue Nine Months 2013:
5.3 GE DATEX OHMEDA
5.3.1 GE Lighting Solutions
5.3.2 GE Tetra EdgeStrip and Tetra miniStrip among Top 10 Products of 2012: EDC magazine
5.3.3 GE Evolve LED Fixtures Reduce Auto Dealership’s Energy Costs by $49,000 Annually
5.3.4 GE Scorecard
5.3.5 GE Manufactures Electrical Distribution And Control Products, Lighting And Power Panels, Switchgear And Circuit Breakers
5.3.6 GE Home & Business Solutions
5.3.7 GE Offers Major Home Appliances
5.3.8 GE Lamps
5.3.9 GE Lighting Solutions
5.3.10 GE Healthcare
5.3.11 GE Healthcare Regional P&Ls
5.3.12 GE Key Medical Care Areas: Cardiology
5.3.13 GE Neurology
5.3.14 GE Emergency Medicine
5.3.15 GE Oncology
5.3.16 GE Women’s Health
5.3.17 GE Healthcare Oxygen Humidifier
5.3.18 GE Healthcare Air/O2 Blender
5.3.19 GE M2100 Air/O2 Blender
5.4 Guangdong Biolight Meditech Co., Ltd. (Biolight)
5.4.1 Biolight
5.5 Mindray
5.5.1 Mindray First Quarter 2013 Financial Results
5.5.2 Mindray Revenue Performance by Segment
5.6 Mortara
5.6.1 Mortara / Quinton and Burdick
5.7 Nihon Kohden
5.7.1 Nihon Kohden Revenue
5.8 Opto Circuits
5.8.1 Criticare Systems
5.8.2 Opto Circuits Vertically Integrated Multinational Medical Technology Group
5.9 OSI
5.9.1 OSI Security Division
5.9.2 OSI Healthcare Division
5.9.3 OSI / Spacelabs
5.9.4 OSI Revenue
5.9.5 OSI Optoelectronics Division
5.10 Philips
5.10.1 Philips Revenue
5.10.2 Philips Portfolio Management
5.10.3 Philips Healthcare
5.10.4 Philips Lumileds Lighting Company
5.10.5 Philips Lumileds Quality White Lighting with LEDs
5.10.6 Philips Is World Leader In Cardiology
5.10.7 Philips Lumileds
5.11 Schiller
5.12 Selected Patient Monitoring Companies

Table ES-1 Cardiac Patient Monitoring Market Driving Forces
Table ES-2 Cardiac Patient Monitoring Market Factors
Figure ES-3 Patient Monitor Market Shares, Dollars, Worldwide, 2012
Figure ES-4 Hospital Cardiac Patient Monitor Market Shipments Forecasts Dollars, Worldwide, 2013-2019
Table 1-1 Transforming Healthcare Market Landscape
Table 1-2 Transforming Healthcare Market Functions
Table 1-3 Transforming Healthcare Continuum
Figure 1-4 Transforming Healthcare Market Landscape
Table 2-1 Cardiac Patient Monitoring Market Driving Forces
Table 2-2 Cardiac Patient Monitoring Market Factors
Figure 2-3 Patient Monitor Market Shares, Dollars, Worldwide, 2012
Table 2-4 Patient Monitor Market Shares, Dollars, Worldwide, 2012
Figure 2-5 Philips IntelliVue MX800 Clinical Critical Care Monitors
Figure 2-6 Philips Clinical Infomatics
Figure 2-7 Philips Patient Monitors 2012
Figure 2-8 Hospital Cardiac Patient Monitor Market Shipments Forecasts Dollars, Worldwide, 2013-2019
Table 2-9 Hospital Cardiac Monitors, Dollars, Shipments, Worldwide, 2013-2019
Table 2-10 Hospital Patient Cardiac Monitors: Dollars and Units, High End Central Station, Mid-Range Bedside and ER, and Low End Transport, OR, and Anesthesia Cardiac Monitor Shipments, Worldwide, 2013-2019
Table 2-11 Hospital Patient Cardiac Monitors: Dollars and Units, Adult Cardiac Critical Care, Obstetrics, Neonatal, and Anesthesia Cardiac Monitor Shipments, Worldwide, 2013-2019
Figure 2-12 Philips Health Care industry Dynamics Drives Demand
Figure 2-13 Asthma Data and Surveillance
Figure 2-14 Hospital Cardiac Patient Monitors: Regional Market Segments, 2012
Table 2-15 Hospital Patient Monitors Regional Market Segments, 2012
Figure 2-16 Philips European Positioning
Figure 2-17 Philips Partners in Europe
Figure 2-18 Philips Healthcare Market Position in China
Figure 2-19 Philips China Positioning Includes Educational Campaigns
Figure 2-20 Philips Presence in Japan
Figure 2-21 Philips Market Acceleration in Japan
Figure 2-22 Philips Assessment of Regional Differences in Patient Monitoring Markets
Figure 2-23 Philips Strong Market Positions in Growth and Mature Geographies
Figure 2-23 Philips Business Innovation for Different Geographies
Figure 3-1 Philips IntelliVue MX800 Clinical Critical Care Monitors
Figure 3-2 Philips Informatics
Figure 3-3 Philips Cardiology Nursing Stations
Figure 3-4 Philips Patent Monitoring
Figure 3-5 Philips Cardiology Informatics
Figure 3-6 Philips Xcelera Multi-modality Image Management Solutions
Table 3-7 Philips Xcelera Cardiology Solution Cardiovascular Specialties
Table 3-8 Philips Xcelera Clinical Uses
Figure 3-9 Philips Cardiac Monitoring Systems
Table 3-10 Philips IntelliVue MX800 Patient Monitoring Across The Continuum Of Care
Figure 3-11 GE Healthcare / Marquette Critical Care Monitors
Figure 3-12 GE Healthcare / Marquette Critical Care Monitors Reduce Cross Contamination
Figure 3-13 GE Healthcare CARESCAPE Monitor B850
Figure 3-14 GE Healthcare Monitor Products
Figure 3-15 Datex Ohmeda Medical Equipment and Anesthesia Machines
Table 3-16 Datex / Ohmeda Brand Equipment Modules:
Figure 3-17 Criticare VitalCare 506DN3 Vital Signs Monitor with NIBP, DOX SpO2 and Heart Rate
Table 3-18 Criticare VitalCare Features
Table 3-19 Criticare Patient Monitor Features
Table 3-20 Criticare Patient Monitor Sensor Types
Figure 3-21 Spacelabs XPREZZON
Table 3-22 Spacelabs Patient Monitors
Figure 3-23 SpaceLabs Multiparameter Monitor
Figure 3-24 Spacelabs Intesys Clinical Suite (ICS G2)
Table 3-25 Dräger Patient Monitoring Solutions
Figure 3-26 Mindray V21 Patient Monitor
Table 3-27 Mindray V21 Patient Monitor Features
Figure 3-28 Mindray V12 Patient Monitor
Table 3-29 Mindray V12 Features
Figure 3-30 EasySense Central Monitoring System
Figure 3-31 EasySense Monitoring System
Table 3-32 Biolight Patient Monitors
Figure 3-33 Schiller Truscope Classic Patient Monitor
Figure 3-34 SCHILLER Truscope Classic Patient Monitor Parameters
Figure 3-35 SCHILLER Truscope Classic Patient Monitor Standard Set Of Accessories:
Figure 3-36 Schiller Argus Pro Lifecare Monitor
Table 3-37 Nihon Kohden Products By Type
Figure 3-38 Nihon Kohden Transport Monitor
Figure 3-39 Nihon Kohden Transport Monitor Target Markets
Figure 3-40 Nihon Kohden Transport Monitor Features
Figure 3-41 Nihon Kohden Transport Monitor Features
Figure 3-42 Nihon Kohden Central Monitor for LS-NET Life Scope Network
Table 3-43 Nihon Kohden Central Monitor CNS-6201 Features
Figure 3-44 Fukuda Denshi Patient Monitor
Table 3-45 Fukuda Denshi Monitors
Table 3-46 Fukuda Denshi Central Station Monitor Features
Figure 4-1 Wireless Autonomous Transducer electrocardiogram Solution
Figure 4-2 Wireless Sensor Network Architecture
Figure 5-1 GE Datex Ohmeda AS/3 Compact Anesthesia Gas Monitor
Figure 5-2 GE Infant Incubator
Figure 5-3 GE Scorecard
Figure 5-4 GE Healthcare Oxygen Humidifier
Table 5-5 GE Healthcare Oxygen Humidifier
Figure 5-6 GE Healthcare Air/O2 Blender
Figure 5-7 Philips Healthcare Patient Metrics
Figure 5-8 Philips CAPs
Figure 5-9 Philips Increase the focus and Effectiveness of the organization
Figure 5-10 Philips Accelerates Decision Making
Figure 5-11 Philips Positioning Q1 2013
Figure 5-12 Philips Positioning Q2 2013
Figure 5-13 Philips Portfolio Management
Figure 5-14 Philips Healthcare
Figure 5-15 Philips Healthcare: Businesses and Markets
Figure 5-16 Philips Healthcare Businesses and Geographies
Figure 5-17 Philips Healthcare Performance Improvements
Figure 5-18 Philips Healthcare Operational Efficiency


Name: (required)

Email: (required)

Phone: (required)

Company: (required)

Designation: (required)

Country: (required)

How can we help you?:

Type the pieces of text below (required)
captcha



Name: (required)

Email: (required)

Phone: (required)

Company: (required)

Designation: (required)

Country: (required)

How can we help you?:

Type the pieces of text below (required)
captcha



Carl