Transport Oxygen Concentrators Market Shares, Strategies, and Forecasts, Worldwide, 2017-2023
Worldwide markets are poised to achieve continuing growth as the transport oxygen concentrators are used at night by patients on portable oxygen concentrators during the day. People on oxygen wish to continue usual activities, the portable devices are useful for that during the day.
Oxygen helps: stimulate brain activity, increase memory capacity, and boost concentration. Oxygen is useful for developing stronger alertness and raising energy levels. It is used to improve strength. Supplemental oxygen can be used to remedy irregular sleeping patterns. It increases physical endurance when used before and after exercising.
Transport oxygen concentrators are needed for night use by patients on portable oxygen concentrators during the day. People on oxygen wish to continue usual activities, the portable devices are useful for that during the day. Distributors are concentrated on determining which stationary oxygen concentrator supports patient lifestyle.
Transport Oxygen Concentrators and supplies are used for EWOT therapy. concentrators are operating in doctor’s offices, clinics, rehabilitation facilities, and by Individuals who want to experience the benefits of exercising with oxygen therapy. EWOT packages come complete with a 5 or 10 LPM oxygen concentrator.
The non - rebreather mask humidifier bottle and tubing provide access to oxygen. Transport oxygen concentrators support exercising. They increase a sense of wellbeing. Major factors driving the market for transport oxygen concentrators include ability to provide oxygen under all circumstances.
The worldwide aging population is driving an increased need for supplemental oxygen. An increase in the number of people with COPD and other respiratory diseases represents the portion of the market that is dedicated to providing medical oxygen. Advantages of newer transport oxygen concentrator devices are that they weigh less, are somewhat quieter than older units, and are easy to use. They are generally affordable markets.
“In order for the continuous flow transport oxygen concentrators to meet a wider range of oxygen demands, these machines are generally bigger than other portable units on the market. The typical weight of one of a continuous flow unit is 18 pounds up to 35 pounds, not including additional accessories. These are often just heavy enough that they require the use of a cart to transport the oxygen supply. While a continuous flow transport oxygen machine is portable, it is less portable than many of the pulse dose varieties available.”
Transport Oxygen Concentrator Market Forecasts
Transport oxygen concentrator markets at $135 million market in 2016 are set to become a $2.4 billion market in 2023 because they bring enormous value to people who use them while they are exercising and sleeping with a CPAP. Steady growth is anticipated because the transport units provide continuous oxygen flow capability.
Oxygen helps: stimulate brain activity, increase memory capacity, and boost concentration. Oxygen is useful for developing stronger alertness and raising energy levels. It is used to improve strength. Supplemental oxygen can be used to remedy irregular sleeping patterns. It increases physical endurance when used before and after exercising.
Transport oxygen concentrators are needed for night use by patients on portable oxygen concentrators during the day. People on oxygen wish to continue usual activities, the portable devices are useful for that during the day. Distributors are concentrated on determining which stationary oxygen concentrator supports patient lifestyle.
Transport Oxygen Concentrators and supplies are used for EWOT therapy. concentrators are operating in doctor’s offices, clinics, rehabilitation facilities, and by Individuals who want to experience the benefits of exercising with oxygen therapy. EWOT packages come complete with a 5 or 10 LPM oxygen concentrator.
The non - rebreather mask humidifier bottle and tubing provide access to oxygen. Transport oxygen concentrators support exercising. They increase a sense of wellbeing. Major factors driving the market for transport oxygen concentrators include ability to provide oxygen under all circumstances.
The worldwide aging population is driving an increased need for supplemental oxygen. An increase in the number of people with COPD and other respiratory diseases represents the portion of the market that is dedicated to providing medical oxygen. Advantages of newer transport oxygen concentrator devices are that they weigh less, are somewhat quieter than older units, and are easy to use. They are generally affordable markets.
“In order for the continuous flow transport oxygen concentrators to meet a wider range of oxygen demands, these machines are generally bigger than other portable units on the market. The typical weight of one of a continuous flow unit is 18 pounds up to 35 pounds, not including additional accessories. These are often just heavy enough that they require the use of a cart to transport the oxygen supply. While a continuous flow transport oxygen machine is portable, it is less portable than many of the pulse dose varieties available.”
Transport Oxygen Concentrator Market Forecasts
Transport oxygen concentrator markets at $135 million market in 2016 are set to become a $2.4 billion market in 2023 because they bring enormous value to people who use them while they are exercising and sleeping with a CPAP. Steady growth is anticipated because the transport units provide continuous oxygen flow capability.
TRANSPORT OXYGEN CONCENTRATOR EXECUTIVE SUMMARY
Transport Oxygen Concentrator
Home Oxygen Market, Continues to Use Transport Concentrators
Transport Oxygen Concentrator Home Medical Market Driving Forces
Change in Home Oxygen Market
Pressure To Reduce Costs As Part Of the Deficit Reduction Act (DRA)
Homecare Services Model Replaces Distribution Model
Transport Oxygen Concentrators Market Driving Forces
Transport Oxygen Concentrator Market Shares
Transport Oxygen Concentrator Market Forecasts
1. TRANSPORT OXYGEN CONCENTRATOR MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Oxygen Concentrator
1.1 Oxygen Concentrator Equipment
1.2 Transport Oxygen Concentrators Address Air Quality Issues
1.2.1 Chinese Oxygen Equipment Market Driving Forces
1.2.2 Places People Live with the Worst Air Quality
1.2.3 Raging Wildfires Across Northern California Generated Thick Plumes Of Smoke
1.3 CMS Oxygen and Oxygen-Related Equipment
1.3.1 CMS Oxygen Reimbursement Definitions
1.3.2 CMS Qualifying Arterial Blood Gas Studies
1.3.3 CMS Home Sleep Oximetry Studies
1.3.4 Home Oxygen Concentrator Equipment Medicare Reimbursement
1.3.5 Home Medical Equipment Market
1.3.6 Home Health Care
1.3.7 Third-party reimbursement
1.4 Homecare Market Growth Factors
1.4.2 Growth In Population Over Age 65
1.5 Oxygen Concentrator Uses
1.5.1 Transport Oxygen Concentrator Functions
1.5.2 Separation Of Oxygen From Air
1.5.3 Technical Trade-Offs Necessary To Design An Oxygen Concentrator
1.6 The Goal of Oxygen Therapy
1.6.1 How To Change The Amount of Oxygen In The Air We Breathe
1.6.2 Oxygen Concentrator Components
1.6.3 Lifestyle in the Home Health Care Business
1.6.4 Continuous Flow Transport Oxygen Concentrator
1.7 Types of Oxygen Systems
1.7.1 Treatment Trends.
1.7.2 Technological Trends.
1.7.3 Health Care Cost Containment Trends
1.7.4 Society’s Mainstreaming of People with Disabilities
1.8 Distribution Channels
1.8.1 Oxygen Therapy Systems
1.9 Oxygen Concentrator Applicable Population
1.10 Marketing Globally
2 TRANSPORT OXYGEN CONCENTRATOR MARKET SHARES AND FORECASTS
2.1 Transport Oxygen Concentrator
2.1.1 Home Oxygen Market, Continues to Use Transport Concentrators
2.1.2 Transport Oxygen Concentrator Home Medical Market Driving Forces
2.1.3 Change in Home Oxygen Market
2.1.4 Pressure To Reduce Costs As Part Of the Deficit Reduction Act (DRA)
2.1.5 Homecare Services Model Replaces Distribution Model
2.1.8 Transport Oxygen Concentrators Market Driving Forces
2.2 Transport Oxygen Concentrator Market Shares
2.2.1 Transport Oxygen Concentrator Market Shares, Units and Dollars
2.2.2 Transport Oxygen Concentrators Coded by Medicare
2.2.3 Philips Transport Oxygen Concentrators: Philips Respironics EverFlo Q
2.2.4 Chart / AirSep
2.2.5 Chart Industries / SeQual
2.2.6 Chart Industries / CAIRE
2.3 Transport Oxygen Concentrator Market Forecasts
2.3.1 Transport Medical Oxygen Concentrator Segment Market Forecasts: Medical, Sleeping, Exercise
2.3.2 Transport Oxygen Concentrator Evolving Market Position
2.3.3 Oxygen Concentrator Installed Base Analysis
2.3.4 Homecare Is Poised To Grow
2.3.5 Unified Supply Network
2.3.6 Telemedicine Being Integrated Into Homecare
2.4 Respiratory Disease Market Metrics
2.4.1 Percentage of Older People by State.
2.4.2 Medical Conditions Requiring Supplemental Oxygen
2.4.3 High Flow Oxygen
2.5 Transport Oxygen Concentrator Prices
2.6 Oxygen Concentrator Regional Market Analysis
2.6.1 Transport Oxygen Concentrator Regional Market Forecasts
2.6.2 North American Home Medical Equipment
2.6.3 United States
2.6.4 Japan
2.6.5 NTK is the market leader for oxygen concentrators in Japan.
2.6.6 Philips Positioning in Europe
2.6.7 Germany
2.6.8 France Oxygen Concentrators
2.6.9 Philips Global Market Position
2.6.10 Chart
3. TRANSPORT OXYGEN CONCENTRATOR PRODUCT DESCRIPTION
3.1 Respironics EverFlo 5LPM Oxygen Concentrator
3.1.1 Respironics Rechargeable Li Ion Battery for EverGo
3.1.2 Respironics SimplyGo
3.1.3 Phillips Healthcare SimplyFlo
3.1.4 Philips EverFlo
3.2.2 Philips Respironics EverFlo Q Stationary Oxygen Concentrator
3.2 DeVilbiss iGo
3.3 SeQual eQuinox
3.4 Chart Industries’ CAIRE Inc
3.4.1 Chart SeQual Eclipse 5®
3.5 Oxlife Independence
3.6 Invacare Solo 2
3.7 Inogen
3.7.1 Inogen At Home Oxygen Concentrator
3.8 NTK
3.8 Chinese Oxygen Concentrators
3.9 Nuvo
4 TRANSPORT OXYGEN CONCENTRATOR RESEARCH AND TECHNOLOGY
4.1 Standardizing Definition Of Liter Flow Equivalents
4.2 Oxygen Concentrator Air Management
4.2.1 Pressure Swing Adsorption (PSA) Technology
4.2.2 Pressure Swing Adsorption Principles
4.2.3 Pressure Swing Adsorption Principles
4.2.4 Comparison of Conventional Oxygen Concentrators and Advanced Technology Fractionators
4.2.5 SeQual Advanced Technology Fractionator (ATF®)
4.2.6 Advanced Technology Fractionator
4.2.7 Conventional Oxygen Concentrators
4.2.8 Multi Bed Oxygen Concentrators
4.2.9 SeQual ATF Endurance Testing Status
4.3 Oxygen Concentrator Air Travel
4.4 Types of Oxygen Systems
4.4.1 Technological Trends
4.4.2 Ambulatory Oxygen
4.4.3 Oxygen Concentrators
4.4.4 Medical Applications / Oxygen Concentrators
4.4.5 Portable Oxygen Concentrator Fluidic System Trends
4.4.6 Inogen Compressor
4.4.7 Air Squared Compact, Quiet, Efficient, And Oil-Free Medical Compressors
4.4.8 Air Squared Sub-1-HP Scroll Portable Oxygen Concentrator Compressors
4.4.9 Stationary Oxygen Concentrator Compressors (Thomas or Gast)
4.4.10 Zeolite
4.5 Respiratory Disease Conditions
4.5.1 Increased Demand Impacts Industry
4.5.2 Bronchiectasis
4.5.3 Chronic Bronchitis
4.5.4 Chronic Obstructive Pulmonary Disease (COPD)
4.5.5 Emphysema
4.5.6 Muscular Dystrophy
4.5.7 Respiratory Syncytial Virus (RSV)
4.5.8 Asthma
4.6 American Lung Association
4.7 Medicare Prescription Drug, Improvement, and Modernization Act
5 TRANSPORT OXYGEN CONCENTRATOR COMPANY PROFILES
5.1 Applied Home Healthcare Equipment
5.2 Besco
5.3 Chart Industries
5.3.1 Chart / Caire Medical
5.3.2 Chart Industries Revenue
5.3.3 Chart Industries Respiratory Sales
5.3.4 Chart Caire / AirSep / Sequal
5.3.5 Chart Industries Product Groups
5.3.6 Chart Industries Cold Boxes
5.3.7 Chart Industries Global Presence
5.3.8 Chart Industries Markets
5.3.9 Chart Industries Segments and Products
5.3.10 Chart Industries Process Systems
5.3.11 Chart Industries Distribution and Storage Segment
5.3.12 Chart Industries Cryogenic Bulk Storage Systems
5.3.13 Chart Industries Storage And End-Use Of Hydrocarbon And Industrial Gases
5.3.14 Chart Industries / AirSep
5.3.15 Chart Industries/Caire Liquid Oxygen Continuous Flow/Demand Flow Versatility
5.3.16 CAIRE / SeQual Technologies
5.3.17 Chart Industries / SeQual
5.3.18 SeQual Oxygen Systems
5.4 Drive DeVilbiss Healthcare
5.4.1 DeVilbiss Healthcare Moves Production Back to the USA
5.4.2 Drive Medical Facilities Locations
5.4.3 Drive Medical Markets
5.4.4 Drive Medical
5.4.5 Drive Medical / DeVilbiss Healthcare, Worldwide Leadership in Respiratory, Sleep and Durable Medical Products
5.4.6 Drive Medical Product Line
5.5 First Class Medical
5.5.1 1st Class Medical Used and Refurbished Concentrators:
5.6 Foshan Keyhub Electronic Industries Co., Ltd.
5.6.1 Foshan Keyhub Shunde, Guangdong Province, China
5.6.2 Keyhub Shunde Oxygen Concentrators And Inner Core Component Production Capacity
5.7 Gardner Denver / Thomas Compressors
5.7.1 Gardner Denver Thomas Medical
5.7.2 Gardner Denver Thomas Engineering Department
5.7.3 Gardner Denver Thomas OEM
5.7.4 Gardner Denver Thomas Product Industries
5.7.5 Gardner Denver Thomas Respiratory Therapy Product Design
5.7.6 Gardner Denver Thomas Embedded Control Systems
5.8 GSE
5.9 Inogen
5.9.1 Inogen Rentals
5.9.2 Inogen Manufacturing Capacity
5.9.3 Inogen Expands Manufacturing Capacity to Accommodate Growth
5.9.4 Inogen Direct-To-Consumer Marketing Strategies
5.9.5 Inogen Acquires Breathe Oxygen Services
5.9.6 Inogen One G3 Versatile Portable Oxygen Concentrator
5.9.7 Inogen Is Reliable, Trusted, And Proven
5.10 Invacare
5.10.1 Invacare Revenue
5.10.2 Invacare Quote to Order Wheelchair Process
5.10.3 Invacare Non-Delivery Oxygen
5.10.4 Invacare Business
5.10.5 Invacare Growth
5.10.6 Invacare Geographical Segments And Product Categories
5.10.7 Invacare Mobility And Seating Products and Status of Consent Decree
5.10.8 Invacare Lifestyle Products
5.10.9 Invacare Respiratory Therapy Products
5.10.10 Invacare Institutional Products Group (IPG)
5.11 Jiuxin Medical
5.11.1 Jiuxin Medical Jogger Portable Ventilator
5.11.2 Jiuxin Medical ICU Ventilator Detachable 10.4 TFT Color Screen
5.12 Leistung Engineering
5.12.1 Leistung Key Strategy
5.13 Longfian Scitech
5.13.1 Longfian Scitech JAY-20 Industry Oxygen
5.13.2 Longfian Scitech JAY-20 Industry Oxygen
5.13.3 Longfian Scitech Oxygen Analyzer
5.14 Merits
5.15 Nidek Medical
5.16 NTK
5.17 Precision Medical
5.18 O2 Concepts
5.19 Philips Healthcare
5.19.1 Philips Manufacturing Capacity
5.19.2 Royal Philips Healthcare Global Presence
5.19.3 Philips Enables Consumer Lifestyle
5.19.4 Philips Addresses Healthcare Landscape
5.19.5 Philips Accelerate! Positioning
5.20 ResMed
5.20.1 ResMed / Inova Labs
5.20.2 Inova Labs
5.20.3 ResMed / Inova Labs / LifeChoice Activox 4L
5.21 Oxygen Concentrator Companies
Transport Oxygen Concentrator
Home Oxygen Market, Continues to Use Transport Concentrators
Transport Oxygen Concentrator Home Medical Market Driving Forces
Change in Home Oxygen Market
Pressure To Reduce Costs As Part Of the Deficit Reduction Act (DRA)
Homecare Services Model Replaces Distribution Model
Transport Oxygen Concentrators Market Driving Forces
Transport Oxygen Concentrator Market Shares
Transport Oxygen Concentrator Market Forecasts
1. TRANSPORT OXYGEN CONCENTRATOR MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Oxygen Concentrator
1.1 Oxygen Concentrator Equipment
1.2 Transport Oxygen Concentrators Address Air Quality Issues
1.2.1 Chinese Oxygen Equipment Market Driving Forces
1.2.2 Places People Live with the Worst Air Quality
1.2.3 Raging Wildfires Across Northern California Generated Thick Plumes Of Smoke
1.3 CMS Oxygen and Oxygen-Related Equipment
1.3.1 CMS Oxygen Reimbursement Definitions
1.3.2 CMS Qualifying Arterial Blood Gas Studies
1.3.3 CMS Home Sleep Oximetry Studies
1.3.4 Home Oxygen Concentrator Equipment Medicare Reimbursement
1.3.5 Home Medical Equipment Market
1.3.6 Home Health Care
1.3.7 Third-party reimbursement
1.4 Homecare Market Growth Factors
1.4.2 Growth In Population Over Age 65
1.5 Oxygen Concentrator Uses
1.5.1 Transport Oxygen Concentrator Functions
1.5.2 Separation Of Oxygen From Air
1.5.3 Technical Trade-Offs Necessary To Design An Oxygen Concentrator
1.6 The Goal of Oxygen Therapy
1.6.1 How To Change The Amount of Oxygen In The Air We Breathe
1.6.2 Oxygen Concentrator Components
1.6.3 Lifestyle in the Home Health Care Business
1.6.4 Continuous Flow Transport Oxygen Concentrator
1.7 Types of Oxygen Systems
1.7.1 Treatment Trends.
1.7.2 Technological Trends.
1.7.3 Health Care Cost Containment Trends
1.7.4 Society’s Mainstreaming of People with Disabilities
1.8 Distribution Channels
1.8.1 Oxygen Therapy Systems
1.9 Oxygen Concentrator Applicable Population
1.10 Marketing Globally
2 TRANSPORT OXYGEN CONCENTRATOR MARKET SHARES AND FORECASTS
2.1 Transport Oxygen Concentrator
2.1.1 Home Oxygen Market, Continues to Use Transport Concentrators
2.1.2 Transport Oxygen Concentrator Home Medical Market Driving Forces
2.1.3 Change in Home Oxygen Market
2.1.4 Pressure To Reduce Costs As Part Of the Deficit Reduction Act (DRA)
2.1.5 Homecare Services Model Replaces Distribution Model
2.1.8 Transport Oxygen Concentrators Market Driving Forces
2.2 Transport Oxygen Concentrator Market Shares
2.2.1 Transport Oxygen Concentrator Market Shares, Units and Dollars
2.2.2 Transport Oxygen Concentrators Coded by Medicare
2.2.3 Philips Transport Oxygen Concentrators: Philips Respironics EverFlo Q
2.2.4 Chart / AirSep
2.2.5 Chart Industries / SeQual
2.2.6 Chart Industries / CAIRE
2.3 Transport Oxygen Concentrator Market Forecasts
2.3.1 Transport Medical Oxygen Concentrator Segment Market Forecasts: Medical, Sleeping, Exercise
2.3.2 Transport Oxygen Concentrator Evolving Market Position
2.3.3 Oxygen Concentrator Installed Base Analysis
2.3.4 Homecare Is Poised To Grow
2.3.5 Unified Supply Network
2.3.6 Telemedicine Being Integrated Into Homecare
2.4 Respiratory Disease Market Metrics
2.4.1 Percentage of Older People by State.
2.4.2 Medical Conditions Requiring Supplemental Oxygen
2.4.3 High Flow Oxygen
2.5 Transport Oxygen Concentrator Prices
2.6 Oxygen Concentrator Regional Market Analysis
2.6.1 Transport Oxygen Concentrator Regional Market Forecasts
2.6.2 North American Home Medical Equipment
2.6.3 United States
2.6.4 Japan
2.6.5 NTK is the market leader for oxygen concentrators in Japan.
2.6.6 Philips Positioning in Europe
2.6.7 Germany
2.6.8 France Oxygen Concentrators
2.6.9 Philips Global Market Position
2.6.10 Chart
3. TRANSPORT OXYGEN CONCENTRATOR PRODUCT DESCRIPTION
3.1 Respironics EverFlo 5LPM Oxygen Concentrator
3.1.1 Respironics Rechargeable Li Ion Battery for EverGo
3.1.2 Respironics SimplyGo
3.1.3 Phillips Healthcare SimplyFlo
3.1.4 Philips EverFlo
3.2.2 Philips Respironics EverFlo Q Stationary Oxygen Concentrator
3.2 DeVilbiss iGo
3.3 SeQual eQuinox
3.4 Chart Industries’ CAIRE Inc
3.4.1 Chart SeQual Eclipse 5®
3.5 Oxlife Independence
3.6 Invacare Solo 2
3.7 Inogen
3.7.1 Inogen At Home Oxygen Concentrator
3.8 NTK
3.8 Chinese Oxygen Concentrators
3.9 Nuvo
4 TRANSPORT OXYGEN CONCENTRATOR RESEARCH AND TECHNOLOGY
4.1 Standardizing Definition Of Liter Flow Equivalents
4.2 Oxygen Concentrator Air Management
4.2.1 Pressure Swing Adsorption (PSA) Technology
4.2.2 Pressure Swing Adsorption Principles
4.2.3 Pressure Swing Adsorption Principles
4.2.4 Comparison of Conventional Oxygen Concentrators and Advanced Technology Fractionators
4.2.5 SeQual Advanced Technology Fractionator (ATF®)
4.2.6 Advanced Technology Fractionator
4.2.7 Conventional Oxygen Concentrators
4.2.8 Multi Bed Oxygen Concentrators
4.2.9 SeQual ATF Endurance Testing Status
4.3 Oxygen Concentrator Air Travel
4.4 Types of Oxygen Systems
4.4.1 Technological Trends
4.4.2 Ambulatory Oxygen
4.4.3 Oxygen Concentrators
4.4.4 Medical Applications / Oxygen Concentrators
4.4.5 Portable Oxygen Concentrator Fluidic System Trends
4.4.6 Inogen Compressor
4.4.7 Air Squared Compact, Quiet, Efficient, And Oil-Free Medical Compressors
4.4.8 Air Squared Sub-1-HP Scroll Portable Oxygen Concentrator Compressors
4.4.9 Stationary Oxygen Concentrator Compressors (Thomas or Gast)
4.4.10 Zeolite
4.5 Respiratory Disease Conditions
4.5.1 Increased Demand Impacts Industry
4.5.2 Bronchiectasis
4.5.3 Chronic Bronchitis
4.5.4 Chronic Obstructive Pulmonary Disease (COPD)
4.5.5 Emphysema
4.5.6 Muscular Dystrophy
4.5.7 Respiratory Syncytial Virus (RSV)
4.5.8 Asthma
4.6 American Lung Association
4.7 Medicare Prescription Drug, Improvement, and Modernization Act
5 TRANSPORT OXYGEN CONCENTRATOR COMPANY PROFILES
5.1 Applied Home Healthcare Equipment
5.2 Besco
5.3 Chart Industries
5.3.1 Chart / Caire Medical
5.3.2 Chart Industries Revenue
5.3.3 Chart Industries Respiratory Sales
5.3.4 Chart Caire / AirSep / Sequal
5.3.5 Chart Industries Product Groups
5.3.6 Chart Industries Cold Boxes
5.3.7 Chart Industries Global Presence
5.3.8 Chart Industries Markets
5.3.9 Chart Industries Segments and Products
5.3.10 Chart Industries Process Systems
5.3.11 Chart Industries Distribution and Storage Segment
5.3.12 Chart Industries Cryogenic Bulk Storage Systems
5.3.13 Chart Industries Storage And End-Use Of Hydrocarbon And Industrial Gases
5.3.14 Chart Industries / AirSep
5.3.15 Chart Industries/Caire Liquid Oxygen Continuous Flow/Demand Flow Versatility
5.3.16 CAIRE / SeQual Technologies
5.3.17 Chart Industries / SeQual
5.3.18 SeQual Oxygen Systems
5.4 Drive DeVilbiss Healthcare
5.4.1 DeVilbiss Healthcare Moves Production Back to the USA
5.4.2 Drive Medical Facilities Locations
5.4.3 Drive Medical Markets
5.4.4 Drive Medical
5.4.5 Drive Medical / DeVilbiss Healthcare, Worldwide Leadership in Respiratory, Sleep and Durable Medical Products
5.4.6 Drive Medical Product Line
5.5 First Class Medical
5.5.1 1st Class Medical Used and Refurbished Concentrators:
5.6 Foshan Keyhub Electronic Industries Co., Ltd.
5.6.1 Foshan Keyhub Shunde, Guangdong Province, China
5.6.2 Keyhub Shunde Oxygen Concentrators And Inner Core Component Production Capacity
5.7 Gardner Denver / Thomas Compressors
5.7.1 Gardner Denver Thomas Medical
5.7.2 Gardner Denver Thomas Engineering Department
5.7.3 Gardner Denver Thomas OEM
5.7.4 Gardner Denver Thomas Product Industries
5.7.5 Gardner Denver Thomas Respiratory Therapy Product Design
5.7.6 Gardner Denver Thomas Embedded Control Systems
5.8 GSE
5.9 Inogen
5.9.1 Inogen Rentals
5.9.2 Inogen Manufacturing Capacity
5.9.3 Inogen Expands Manufacturing Capacity to Accommodate Growth
5.9.4 Inogen Direct-To-Consumer Marketing Strategies
5.9.5 Inogen Acquires Breathe Oxygen Services
5.9.6 Inogen One G3 Versatile Portable Oxygen Concentrator
5.9.7 Inogen Is Reliable, Trusted, And Proven
5.10 Invacare
5.10.1 Invacare Revenue
5.10.2 Invacare Quote to Order Wheelchair Process
5.10.3 Invacare Non-Delivery Oxygen
5.10.4 Invacare Business
5.10.5 Invacare Growth
5.10.6 Invacare Geographical Segments And Product Categories
5.10.7 Invacare Mobility And Seating Products and Status of Consent Decree
5.10.8 Invacare Lifestyle Products
5.10.9 Invacare Respiratory Therapy Products
5.10.10 Invacare Institutional Products Group (IPG)
5.11 Jiuxin Medical
5.11.1 Jiuxin Medical Jogger Portable Ventilator
5.11.2 Jiuxin Medical ICU Ventilator Detachable 10.4 TFT Color Screen
5.12 Leistung Engineering
5.12.1 Leistung Key Strategy
5.13 Longfian Scitech
5.13.1 Longfian Scitech JAY-20 Industry Oxygen
5.13.2 Longfian Scitech JAY-20 Industry Oxygen
5.13.3 Longfian Scitech Oxygen Analyzer
5.14 Merits
5.15 Nidek Medical
5.16 NTK
5.17 Precision Medical
5.18 O2 Concepts
5.19 Philips Healthcare
5.19.1 Philips Manufacturing Capacity
5.19.2 Royal Philips Healthcare Global Presence
5.19.3 Philips Enables Consumer Lifestyle
5.19.4 Philips Addresses Healthcare Landscape
5.19.5 Philips Accelerate! Positioning
5.20 ResMed
5.20.1 ResMed / Inova Labs
5.20.2 Inova Labs
5.20.3 ResMed / Inova Labs / LifeChoice Activox 4L
5.21 Oxygen Concentrator Companies
LIST OF FIGURES
Figure 1. Transport Oxygen Concentrator Functions
Figure 2. Stationary Oxygen Concentrator Advantages
Figure 3. Transport Oxygen Concentrator Home Medical Market Driving Forces
Figure 4. Home Medical Stationary Oxygen Concentrator Systems Market Factors
Figure 5. Impact of Available Capital on Transport Oxygen Concentrators Markets
Figure 6. Transport Oxygen Concentrator Market Shares, Dollars, 2016
Figure 7. Transport Medical Oxygen Concentrator Market Shipments Forecasts, Dollars, Worldwide, 2017-2023
Figure 8. Chinese Oxygen Market Factors
Figure 9. Beijing China Air Pollution, People Wear Masks
Figure 10. Air Pollution in China
Figure 11. Oxygen Concentrator Advantages
Figure 12. China Has The Highest Level Of Particulates In The World
Figure 13. US Napa Area And San Rafael, All Of The North Bay, Experiencing The Highest Air Pollution Readings Ever Observed in Area
Figure 14. Homecare Market Growth Factors
Figure 15. Benefits of Homecare
Figure 16. Oxygen Concentrator Applicable Population
Figure 17. Marketing Transport Oxygen Concentrators Globally
Figure 18. Transport Oxygen Concentrator Functions
Figure 19. Stationary Oxygen Concentrator Advantages
Figure 20. Transport Oxygen Concentrator Home Medical Market Driving Forces
Figure 21. Home Medical Stationary Oxygen Concentrator Systems Market Factors
Figure 22. Impact of Available Capital on Transport Oxygen Concentrators Markets
Figure 23. Transport Oxygen Concentrator Market Shares, Dollars, 2016
Figure 24. Stationary Oxygen Concentrator Market Shares, Dollars, Worldwide, 2016
Figure 25. Transport Oxygen Concentrator Market Shares, Units and Dollars, Worldwide, 2016
Figure 26. Transport Medical Oxygen Concentrator Market Shipments Forecasts, Dollars, Worldwide, 2017-2023
Figure 27. Transport Oxygen Concentrator Market Forecasts, Shipments, Dollars Worldwide, 2017-2023
Figure 28. Transport Medical Oxygen Concentrator Shipment Market Forecasts, Units and Dollars, Worldwide, 2017-2023
Figure 29. Transport Medical Oxygen Concentrator Segment Market Forecasts, Medical, Sleeping, Exercise, Dollars, Worldwide, 2017-2023
Figure 30. Transport Oxygen Concentrator Evolving Market Position
Figure 31. Transport Oxygen Concentrator People on Oxygen Market Forecasts, Number of People, Worldwide, 2017-2023
Figure 32. Worldwide Patients on Oxygen Market Forecasts, Worldwide, 2017-2023
Figure 33. China Allows Media to Report on Air Pollution Crisis
Figure 34. Philips Chronicles Medical Chronic Disease Market Trends
Figure 35. HME Expenditures By Provider
Figure 36. HME Expenditures By Per Cent Increase
Figure 37. Global Obesity
Figure 38. Transport Oxygen Concentrator Homecare Regional Market Segments, 2016
Figure 39. Transport Oxygen Concentrators, Regional Market Segments, 2016
Figure 40. Philips Positioning in Europe
Figure 41. Respironics EverGo Product Specifications
Figure 42. Respironics SimplyGo
Figure 43. Respironics SimplyGo Portable Oxygen Concentrator
Figure 44. Respironics SimplyGo Specifications
Figure 45. Phillips Healthcare SimplyFlo
Figure 46. Philips Respironics SimplyFlo Functions
Figure 47. Philips Respironics SimplyFlo Oxygen Concentrator
Figure 48. Phillips Respironics SimplyGo Portable Oxygen Concentrator
Figure 49. Philips EverFlo Stationary Oxygen Concentrator
Figure 50. Philips EverFlo Stationary Oxygen Concentrator Functions
Figure 51. Philips Respironics EverFlo Q Stationary Oxygen Concentrator
Figure 52. Respironics 31-Pound EverFlo Q Features
Figure 53. Respironics 31-Pound EverFlo Q Platform Functions
Figure 54. Philips EverFlo Q General System Specifications
Figure 55. Chart SeQual Eclipse 5® Portable Oxygen Concentrator
Figure 56. Chart SeQual Eclipse 5® Portable Oxygen Concentrator Specifications
Figure 57. NTK Original Equipment Oxygen Sensors
Figure 58. NTK Oxygen Concentrator Description
Figure 59. NTK Oxygen Concentrator
Figure 60. Beijing China Air Pollution, People Wear Masks
Figure 61. Air Pollution in China
Figure 62. Chinese Oxygen Concentrators
Figure 63. Foshan Keyhub Electronic Industries Co., Ltd. Oxygen Concentrators
Figure 64. Longfian Home Use and Travel Stationary Oxygen Concentrator (JAY-1)
Figure 65. Speedway Industry Ltd Oxygen Concentrator
Figure 66. Air Chemical Composition
Figure 67. Air Management Terminology
Figure 68. Stratification and Relative Adsorption of Gas as Air flows through a column of molecular sieve
Figure 69. Conventional Two-Bed Oxygen Concentrator Air Flow
Figure 70. SeQual ATF-Based Concentrator
Figure 71. SeQual ATF Design Characteristics
Figure 72. SeQual ATF Operating Pressures Versus Time Graph
Figure 73. Comparison Of A 5 Liter Per Minute (LPM) Capacity Conventional Oxygen Concentrator With A 5 LPM ATF System
Figure 74. Comparison Of Multi Bed And A Typical Oxygen Concentrator
Figure 75. Sequal ATM-Based Concentrator Major Components
Figure 76. Besco Portable Oxygen Equipment
Figure 77. Besco Portable Oxygen Concentrator
Figure 78. Chart Industries Regional Presence
Figure 79. Chart Industries Healthcare Market Participation
Figure 80. Chart 2016 Life Sciences Sales by Region and Segment
Figure 81. Chart Industries Global Presence
Figure 82. DeVilbiss Healthcare Regional Market Presence
Figure 83. Foshan Keyhub Electronic Industries Co., Ltd. Oxygen Concentrator Assembly Line
Figure 84. Foshan Keyhub Electronic Industries Co., Ltd. Oxygen Concentrator Assembly
Figure 85. Gardner Denver / Thomas Compressor
Figure 86. Gardner Denver / Thomas Compressors
Figure 87. Typical Applications For Thomas Products
Figure 88. Gardner Denver Thomas Manufactured Products
Figure 89. Gardner Denver Thomas Leading Global Manufacturer Product Set
Figure 90. Gardner Denver Thomas Industries Served
Figure 91. Gardner Denver Thomas Strategy
Figure 92. Gardner Denver Operations Product Range
Figure 93. Selected Thomas Compressors
Figure 94. Gardner Denver Compressed Air, Compressed Gas, Vacuum, and Fluid Transfer Technology Industries Served
Figure 95. Gardner Denver Thomas Areas of Specialization:
Figure 96. Gardner Denver Thomas Strategy
Figure 97. Gardner Denver 24 Acquisitions in 15 Years
Figure 98. Gardner Denver Positioning
Figure 99. Gardner Denver Thomas Pump And Compressor Solutions
Figure 100. GSE Medical Compressor
Figure 101. Inogen Direct-To-Consumer Marketing Strategies
Figure 102. Invacare Product Mix Shifts 2016 and 2017
Figure 103. Invacare Non-Acute Health Care Distribution Network Functions
Figure 104. Other Invacare Product Sets for Homecare
Figure 105. Invacare Homecare 25,000 Home Medical Equipment Providers
Figure 106. Jiuxin Medical Jogger Portable Ventilator
Figure 107. Jiuxin Medical ICU Ventilator Features
Figure 108. Leistung Product Range Categories
Figure 109. Longfian Scitech JAY-20 Industry Oxygen
Figure 110. Longfian Scitech Oxygen Analyzer
Figure 111. Longfian Scitech Oxygen Analyzer Specifications
Figure 112. Nidek International Presence
Figure 113. Precision Medical Respiratory Products:
Figure 114. Philips Global Presence
Figure 115. Philips Global Trends And Challenges
Figure 116. Philips Positions To Simplify Global Healthcare Delivery For The Long Term
Figure 117. Philips Healthcare Delivery Product Positioning
Figure 118. Philips Delivering Margin Improvement and Decreasing Manufacturing Overhead
Figure 1. Transport Oxygen Concentrator Functions
Figure 2. Stationary Oxygen Concentrator Advantages
Figure 3. Transport Oxygen Concentrator Home Medical Market Driving Forces
Figure 4. Home Medical Stationary Oxygen Concentrator Systems Market Factors
Figure 5. Impact of Available Capital on Transport Oxygen Concentrators Markets
Figure 6. Transport Oxygen Concentrator Market Shares, Dollars, 2016
Figure 7. Transport Medical Oxygen Concentrator Market Shipments Forecasts, Dollars, Worldwide, 2017-2023
Figure 8. Chinese Oxygen Market Factors
Figure 9. Beijing China Air Pollution, People Wear Masks
Figure 10. Air Pollution in China
Figure 11. Oxygen Concentrator Advantages
Figure 12. China Has The Highest Level Of Particulates In The World
Figure 13. US Napa Area And San Rafael, All Of The North Bay, Experiencing The Highest Air Pollution Readings Ever Observed in Area
Figure 14. Homecare Market Growth Factors
Figure 15. Benefits of Homecare
Figure 16. Oxygen Concentrator Applicable Population
Figure 17. Marketing Transport Oxygen Concentrators Globally
Figure 18. Transport Oxygen Concentrator Functions
Figure 19. Stationary Oxygen Concentrator Advantages
Figure 20. Transport Oxygen Concentrator Home Medical Market Driving Forces
Figure 21. Home Medical Stationary Oxygen Concentrator Systems Market Factors
Figure 22. Impact of Available Capital on Transport Oxygen Concentrators Markets
Figure 23. Transport Oxygen Concentrator Market Shares, Dollars, 2016
Figure 24. Stationary Oxygen Concentrator Market Shares, Dollars, Worldwide, 2016
Figure 25. Transport Oxygen Concentrator Market Shares, Units and Dollars, Worldwide, 2016
Figure 26. Transport Medical Oxygen Concentrator Market Shipments Forecasts, Dollars, Worldwide, 2017-2023
Figure 27. Transport Oxygen Concentrator Market Forecasts, Shipments, Dollars Worldwide, 2017-2023
Figure 28. Transport Medical Oxygen Concentrator Shipment Market Forecasts, Units and Dollars, Worldwide, 2017-2023
Figure 29. Transport Medical Oxygen Concentrator Segment Market Forecasts, Medical, Sleeping, Exercise, Dollars, Worldwide, 2017-2023
Figure 30. Transport Oxygen Concentrator Evolving Market Position
Figure 31. Transport Oxygen Concentrator People on Oxygen Market Forecasts, Number of People, Worldwide, 2017-2023
Figure 32. Worldwide Patients on Oxygen Market Forecasts, Worldwide, 2017-2023
Figure 33. China Allows Media to Report on Air Pollution Crisis
Figure 34. Philips Chronicles Medical Chronic Disease Market Trends
Figure 35. HME Expenditures By Provider
Figure 36. HME Expenditures By Per Cent Increase
Figure 37. Global Obesity
Figure 38. Transport Oxygen Concentrator Homecare Regional Market Segments, 2016
Figure 39. Transport Oxygen Concentrators, Regional Market Segments, 2016
Figure 40. Philips Positioning in Europe
Figure 41. Respironics EverGo Product Specifications
Figure 42. Respironics SimplyGo
Figure 43. Respironics SimplyGo Portable Oxygen Concentrator
Figure 44. Respironics SimplyGo Specifications
Figure 45. Phillips Healthcare SimplyFlo
Figure 46. Philips Respironics SimplyFlo Functions
Figure 47. Philips Respironics SimplyFlo Oxygen Concentrator
Figure 48. Phillips Respironics SimplyGo Portable Oxygen Concentrator
Figure 49. Philips EverFlo Stationary Oxygen Concentrator
Figure 50. Philips EverFlo Stationary Oxygen Concentrator Functions
Figure 51. Philips Respironics EverFlo Q Stationary Oxygen Concentrator
Figure 52. Respironics 31-Pound EverFlo Q Features
Figure 53. Respironics 31-Pound EverFlo Q Platform Functions
Figure 54. Philips EverFlo Q General System Specifications
Figure 55. Chart SeQual Eclipse 5® Portable Oxygen Concentrator
Figure 56. Chart SeQual Eclipse 5® Portable Oxygen Concentrator Specifications
Figure 57. NTK Original Equipment Oxygen Sensors
Figure 58. NTK Oxygen Concentrator Description
Figure 59. NTK Oxygen Concentrator
Figure 60. Beijing China Air Pollution, People Wear Masks
Figure 61. Air Pollution in China
Figure 62. Chinese Oxygen Concentrators
Figure 63. Foshan Keyhub Electronic Industries Co., Ltd. Oxygen Concentrators
Figure 64. Longfian Home Use and Travel Stationary Oxygen Concentrator (JAY-1)
Figure 65. Speedway Industry Ltd Oxygen Concentrator
Figure 66. Air Chemical Composition
Figure 67. Air Management Terminology
Figure 68. Stratification and Relative Adsorption of Gas as Air flows through a column of molecular sieve
Figure 69. Conventional Two-Bed Oxygen Concentrator Air Flow
Figure 70. SeQual ATF-Based Concentrator
Figure 71. SeQual ATF Design Characteristics
Figure 72. SeQual ATF Operating Pressures Versus Time Graph
Figure 73. Comparison Of A 5 Liter Per Minute (LPM) Capacity Conventional Oxygen Concentrator With A 5 LPM ATF System
Figure 74. Comparison Of Multi Bed And A Typical Oxygen Concentrator
Figure 75. Sequal ATM-Based Concentrator Major Components
Figure 76. Besco Portable Oxygen Equipment
Figure 77. Besco Portable Oxygen Concentrator
Figure 78. Chart Industries Regional Presence
Figure 79. Chart Industries Healthcare Market Participation
Figure 80. Chart 2016 Life Sciences Sales by Region and Segment
Figure 81. Chart Industries Global Presence
Figure 82. DeVilbiss Healthcare Regional Market Presence
Figure 83. Foshan Keyhub Electronic Industries Co., Ltd. Oxygen Concentrator Assembly Line
Figure 84. Foshan Keyhub Electronic Industries Co., Ltd. Oxygen Concentrator Assembly
Figure 85. Gardner Denver / Thomas Compressor
Figure 86. Gardner Denver / Thomas Compressors
Figure 87. Typical Applications For Thomas Products
Figure 88. Gardner Denver Thomas Manufactured Products
Figure 89. Gardner Denver Thomas Leading Global Manufacturer Product Set
Figure 90. Gardner Denver Thomas Industries Served
Figure 91. Gardner Denver Thomas Strategy
Figure 92. Gardner Denver Operations Product Range
Figure 93. Selected Thomas Compressors
Figure 94. Gardner Denver Compressed Air, Compressed Gas, Vacuum, and Fluid Transfer Technology Industries Served
Figure 95. Gardner Denver Thomas Areas of Specialization:
Figure 96. Gardner Denver Thomas Strategy
Figure 97. Gardner Denver 24 Acquisitions in 15 Years
Figure 98. Gardner Denver Positioning
Figure 99. Gardner Denver Thomas Pump And Compressor Solutions
Figure 100. GSE Medical Compressor
Figure 101. Inogen Direct-To-Consumer Marketing Strategies
Figure 102. Invacare Product Mix Shifts 2016 and 2017
Figure 103. Invacare Non-Acute Health Care Distribution Network Functions
Figure 104. Other Invacare Product Sets for Homecare
Figure 105. Invacare Homecare 25,000 Home Medical Equipment Providers
Figure 106. Jiuxin Medical Jogger Portable Ventilator
Figure 107. Jiuxin Medical ICU Ventilator Features
Figure 108. Leistung Product Range Categories
Figure 109. Longfian Scitech JAY-20 Industry Oxygen
Figure 110. Longfian Scitech Oxygen Analyzer
Figure 111. Longfian Scitech Oxygen Analyzer Specifications
Figure 112. Nidek International Presence
Figure 113. Precision Medical Respiratory Products:
Figure 114. Philips Global Presence
Figure 115. Philips Global Trends And Challenges
Figure 116. Philips Positions To Simplify Global Healthcare Delivery For The Long Term
Figure 117. Philips Healthcare Delivery Product Positioning
Figure 118. Philips Delivering Margin Improvement and Decreasing Manufacturing Overhead
