Rehabilitation Robots: Global Industry Outlook, Market Share, Key Driving Factors, Industry Scenario and Forecast to 2026

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The robots allow a more accurate rehabilitation routine for any specific condition than is often possible with human physical therapy. Robotics have a tremendous ability to reduce disability and lead to better results for patients with stroke.

The 2019 study consists of 564 pages, 269 tables and figures. Worldwide rehabilitation Robot markets are expected to grow significantly, as robots replace much of human physical therapy work. The robots are steadier, make fewer mistakes, support treatment for longer durations and reduce rehabilitation costs for many conditions. The robots allow a more accurate rehabilitation routine for any specific condition than is often possible with human physical therapy. Robotics have a tremendous ability to reduce disability and lead to better results for patients with stroke. 

With the use of rehabilitation robots, patient function recovery can be more substantial than what is now achieved. While traditional rehabilitation with a human therapist lasts for a few weeks, people using robots are able to make continuous progress in restoring functionality even years after an injury or stroke. It’s a question of costs. While insurance pays for a small amount of rehabilitation, generally provided by a human therapist, using a robot is much cheaper and can be effective over the long term, even without reimbursement. 

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Marketing has a tremendous effect in persuading people to improve rehabilitation processes even after years of effort. Robotic rehabilitation devices are used to support the performance of sensorimotor functions. Devices help rehabilitate the arm, hand and leg by supporting repetitive movement that builds neurological pathways to support the use of muscles. The development of different robotic systems for therapeutic training is innovative. 

According to Susan Eustis, lead author of the team that developed the market research study, “Robotic therapy stimulus of the upper limbs provides an example of the excellent motor recovery after stroke that can be achieved with rehabilitation robots. “Lower limb systems and exoskeleton systems provide wheelchair-bound patients with the ability to get out of a wheelchair. The products that work still emerge as commercial devices. 

All products that are now commercially viable are positioned to achieve significant long-term staying power on the market, providing those companies that offer them the possibility of long-term market leadership. Robotic rehabilitation equipment is mostly used in clinical rehabilitation facilities. There is a huge opportunity to launch a home care equipment market if it is done through sports clubs rather than clinical facilities. People expect insurance to pay for medical equipment, but are willing to spend bundles on home sports trainer equipment.  

Rehabilitation robots can help stroke patients years after an event, so it makes a difference if someone continues to work to improve their functioning. Vendors will very likely have to develop a strong rehabilitation robotic market presence as these devices develop a home care aspect. The cost of nursing home rehabilitation was very high, limiting the use of rehabilitation to a few weeks or months at most. 

Rehabilitation robots realistically extend the use of the automated rehabilitation process in the home. The availability of affordable devices that improve mobility is not unnoticed by sports clubs and the generation of baby boomers, who are now in the 65-plus age group and seek to maintain their lifestyles. As clinicians realize that more gains can be made by using rehabilitation robots at home, the pace of acquisitions is likely to increase. 

Robot rehabilitation market size of $641 million is expected to grow dramatically in 2018 to $6.4 billion by 2025. Exoskeleton markets will be separate and additive to that market. A separate market for exoskeletons will create more growth. Market growth is due to the effectiveness of the robotic treatment of muscle difficulties. The usefulness of rehabilitation robots is growing. More sophisticated exercise combinations have become more feasible as the technology evolves. Patients usually practice 1,000 different movements per session. More sessions are possible with the robots.   

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Companies Profiled

Market Leaders

DJO Global
DIH / Hocoma
Performance Health / Patterson Medical
AlterG
Ekso Bionics
ReWalk Robotics 
Myomo
Bionik / Interactive Motion Technologies
Intuitive Surgical

Market Participants

Berkley Robotics and Human Engineering Laboratory
Biodex
Bioness
Catholic University of America
Biodex
Bioness
DJO Global
Fanuc
Focal Meditech
Furniss
Hocoma
Honda Motor
Instead Technologies
Invacare
iRobot
Interactive Motion Technologies (IMT)
InMotion Robots
Interaxon
KDM
Kinova
KLC Services
Medi
MRISAR
Orthocare Innovations
Patterson
ProMed Products Xpress
Reha-Stim
Robotdalen
RSL Steeper
RU Robots
Secom
Sunrise Medical
Touch Bionics
Tyromotion

ToC:

Rehabilitation Robots Market Shares, Market Strategy, and
Market Forecasts, 2019 to 2025 1

Rehabilitation Robot Executive Summary 29
Rehabilitation Robot Market Driving Forces 29
Rehabilitation Robots Assistive Devices 32
Rehabilitation Robots Decrease the Cost of Recovery 33
Rehabilitation Robot Medical Conditions Treated 35
Robotic Modules for Disability Therapy 36
Wearable Robotics for Disability Therapy 37
Rehabilitation Robots Leverage Neuroplasticity 39
Rehabilitation Robot Market Shares 40
Rehabilitation Robot Market Forecasts 41

1. Rehabilitation Robot Market Description and Market Dynamics 43
1.1 Rehabilitation Robot Market Definition 43
1.2 Rehabilitation Physical Therapy Trends 44
1.2.1 Therapy Apps 45
1.2.2 Exoskeleton Suit 45
1.2.3 Running with Robots 46
1.2.4 Use of Video Game Technology In PT 47
1.2.5 Telemedicine Growing Trend In The Physical Therapy 47
1.3 Stroke Rehabilitation 48
1.3.1 Stroke Protocols 49
1.3.2 Rehabilitation Medicine: New Therapies in Stroke Rehabilitation 50
1.3.3 Botulinum Toxin Injections 51
1.3.4 Constraint Induced Movement Therapy (CIMT) 51
1.3.5 Dynamic Splinting 52
1.3.6 Electrical Stimulation 52
1.3.7 Robotic Therapy Devices 52
1.3.8 Partial Body Weight-Supported Treadmill 53
1.3.9 Virtual Reality (including Wii-hab) 53
1.3.10 Brain Stimulation 53
1.3.11 Acupuncture 54
1.3.12 Mental Practice 54
1.3.13 Mirror Therapy 54
1.3.14 Hyperbaric Oxygen Therapy 54
1.3.15 Evidence-Based Treatment Protocols 55
1.3.16 Home Mobility Exoskeletons 55
1.4 Exoskeleton Able-Bodied Industrial Applications 56
1.5 Restoring Physical Function Through Neuro-Rehabilitation After Stroke 57
1.5.1 Traumatic Brain Injury Program 59
1.5.2 Concussion Program 60
1.5.3 Hospital Stroke Programs Rapid Response to Create Better Outcomes
60
1.5.4 Stroke Response Process Leverage Protocols that Implement
Streamlined Timely Treatment 61

2. Rehabilitation Robot Market Shares and Market Forecasts 63
2.1 Rehabilitation Robot Market Driving Forces 63
2.1.1 Rehabilitation Robots Assistive Devices 67
2.1.2 Rehabilitation Robots Decrease the Cost of Recovery 68
2.1.3 Rehabilitation Robot Medical Conditions Treated 70
2.1.4 Robotic Modules for Disability Therapy 70
2.1.5 Wearable Robotics for Disability Therapy 72
2.1.6 Rehabilitation Robots Leverage Principles Of Neuroplasticity 74
2.2 Rehabilitation Robot Market Shares 75
2.2.1 DJO Global Business Activities 79
2.2.2 AlterG Bionic Leg Customer Base 81
2.2.3 Myomo 81
2.2.4 Performance Health / Patterson Medical 83
2.2.5 DIH International Limited / Hocoma 83
2.2.6 Bionik Laboratories / Interactive Motion Technologies (IMT) 83
2.2.7 Hocoma Robotic Rehabilitation 84
2.2.8 Homoca Helping Patients To Grasp The Initiative And Reach Towards
Recovery 85
2.2.9 Ekso Bionics Robotic Suit Helps Paralyzed Man Walk Again 88
2.2.10 Rewalk 89
2.2.11 Karman Xo-202 Standing Wheelchair Power Stand Power Drive 90
2.3 Rehabilitation Robot Market Share Unit Analysis 92
2.3.1 Medical Rehabilitation Robot Market Analysis 93
2.4 Rehabilitation Robot Market Forecasts 95
2.4.1 Rehabilitation Robot Unit Shipments 101
2.4.2 Rehabilitation Robots Market Segments: Lower Extremities, Upper
Extremities, Neurological Training, Exoskeleton, Stroke CPM 102
2.5 Rehabilitation Robot And Motorized CPM Equipment 108
2.6 Global Exoskeleton Market 112
2.7 Rehabilitation Robotics Prices 115
2.7.1 Danniflex 480 Lower Limb CPM Unit 115
2.7.2 Patterson Kinetec CPM 116
2.7.3 Chattanooga Atromot 122
2.7.4 Ekso Bionics 131
2.7.5 Interaxon Muse 132
2.8 Rehabilitation Robotics Regional Analysis 133
2.8.1 Ekso Bionics Regional Presence 134

3. Rehabilitation Robots Market Metrics and Devices 136
3.1 Upper and Lower limb Stroke Rehabilitation Devices 136
3.1.1 Upper Limb Stroke Rehabilitation Devices 136
3.2 Rehabilitation Robot Market Metrics 137
3.2.1 Types of Conditions and Rehabilitation Treatment by Condition 138
3.2.2 Clinical Evidence and Reimbursement 142
3.2.3 Stroke 143
3.2.4 Early Rehab After Stroke 145
3.2.5 Multiple Sclerosis 145
3.2.6 Knee-Replacement Surgery 145
3.2.7 Medicare Coverage of CPM 145
3.2.8 Hip 147
3.2.9 Gait Training 147
3.2.10 Sports Training 148
3.2.11 Severe Injury or Amputation 148
3.2.12 Neurological Disorders 149
3.2.13 Recovery After Surgery 149
3.2.14 Conditions with Severe Extremity Pain / Number of Patients 150
3.3 Types of Rehabilitation Robots and Conditions Treated 151
3.3.1 Gait Training Devices / Unweighting Systems 152
3.3.2 Euro-Rehabilitation 152
3.3.3 Prostheses 154
3.3.4 Motorized Physiotherapy CPM (Continuous Passive Motion), CAM
Therapy (Controlled Active Motion) and the Onboard Protocols 155
3.3.5 Gait Training Devices / Unweighting Systems / Automated Treadmills
155
3.3.6 Rehabilitation Therapy Robotics 155
3.3.7 Upper Limb Robotic Rehabilitation 156
3.3.8 Shoulder Biomechanics 157
3.3.9 Exoskeletons 158
3.3.10 Exoskeleton-Based Rehabilitation 159
3.3.11 End-effectors 160
3.3.12 Mobility Training Level Of Distribution 160
3.3.13 Rehabilitation Robots Cost-Benefit-Considerations 161
3.3.14 Rehabilitation Systems 161
3.3.15 Robotic Therapeutic Stroke Rehabilitation 162
3.4 Disease Incidence and Prevalence Analysis 162
3.4.1 Aging Of The Population 162
3.4.2 Chronic Disease Rehabilitation 162
3.5 Service Robots 163
3.5.1 Next Generation Personal And Service Robotics 164
3.5.2 Focal Meditech BV Mealtime Support and Stress Reduction: Hand
Function 164
3.5.3 Rehabilitation of Hip Injuries 165
3.5.4 iRobot / InTouch Health 166
3.6 Neurological Training 168
3.6.1 Neuro-Rehabilitation 168
3.7 Interaxon 168
3.7.1 Interaxon Muse: Brainwave Category Biometrics 171
3.7.2 InteraXon Motivates Brain Activity 173
3.7.3 Interaxon Muse Improves Response To Stress, Lowers Blood Pressure
173
3.7.4 Interaxon Muse Gives Self-Control 174
3.7.5 Interaxon Muse Can Improve Emotional State 174
3.7.6 Interaxon Muse Extended Use Lasting Results 175
3.7.7 Interaxon Muse Types of Feedback 176
3.8 Active Prostheses 176
3.8.1 Neuronal-Device Interfaces 177
3.9 Pererro – Switch | Access | Control 177
3.9.1 Pererro+ 178
3.9.2 RSL Steeper V3 Myoelectric Hand 179
3.10 Humanware In-Home Rehabilitation 182
3.10.1 Muscle Memory 182
3.11 Rewalk 183
3.12 Permobil F5 Corpus VS Stand Sequence 186
3.13 Karman Xo-202 Standing Wheelchair Power Stand Power Drive 187
3.14 Berkeley Robotics Laboratory Exoskeletons 188
3.15 Exoskeleton Designed by CAR 189
3.16 CAREX Upper Limb Robotic Exoskeleton 191
3.17 Egto Tech 192
3.17.1 Egto Tech Luna Dynamic Resistance 193
3.17.2 Egto Tech Luna Objective Diagnostics 193
3.18 Motorized Physiotherapy CPM Continuous Passive Motion and Onboard
Protocols 193
3.18.1 Movement Of Synovial Fluid To Allow For Better Diffusion Of Nutrients
Into Damaged Cartilage 195
3.19 Global Medical 196
3.20 Furniss Corporation 200
3.20.1 Furniss Corporation Continuous Passive Motion DC2480 Knee CPM 205
3.21 Danniflex 206
3.21.1 Danniflex 480 Lower Limb CPM Unit 207
3.22 Rehab-Robotics Company 209
3.22.1 Rehab-Robotics Hand of Hope 211
3.22.2 Rehab-Robotics Hand & Arm Training 215
3.23 Bioxtreme 217
3.24 Corbys 218
3.24.1 Corbys System 219
3.25 Swtotek Motion Maker 223

4. Rehabilitation Robots Technology 224
4.1 Robotic Actuator Energy 224
4.1.1 Elastic Actuators 225
4.1.2 InMotion Robots Technology 226
4.2 Human Motor Error Enhancement Technology 227
4.2.1 Enhancing a Motor Error Improves Motor Skills 227
4.2.2 Adaptation to Error Enhancing Forces 227
4.2.3 Bioxtreme’s Error Enhancement Technology Potential Applications 228
4.3 Rehabilitation Robotic Risk Mitigation 229
4.4 Rehabilitation Robot Multi-Factor Solutions 232
4.4.1 Biometallic Materials Titanium (Ti) and its Alloys 232
4.5 Berkley Robotics and Human Engineering Laboratory 233
4.6 Rehabilitation Robot Automated Technique 233
4.6.1 InMotion Robots Technology 235
4.7 HEXORR: Hand EXOskeleton Rehabilitation Robot 237
4.8 ARMin: Upper Extremity Robotic Therapy 240
4.9 HandSOME: Hand Spring Operated Movement Enhancer 241
4.10 Cognitive Science 242
4.11 Lopes Gait Rehabilitation Device 242
4.12 Restoration of Sensation To A Paralyzed Man’s Arm 243
4.13 Artificial Muscle 244
4.14 ReWalk™ Exoskeleton Suit 245

………………………toc continued

List of Figure

Figure 1. Rehabilitation Robotics Products Market Driving Factors 30
Figure 2. Rehabilitation Robot Market Driving Forces 34
Figure 3. Rehabilitation Robot Medical Conditions Treated 35
Figure 4. Stroke Rehabilitation Guidelines For Interactive Robotic Therapy 36
Figure 5. Extremity Rehabilitation Robot Technology 37
Figure 6. Health Care Conditions Treated With Rehabilitation Wearable Robotics
38
Figure 7. Robotic Technologies Leverage Neuroplasticity 39
Figure 8. Neuro-Rehabilitation Patient Conditions Addressed 58
Figure 9. Neuro-Rehabilitation Services 59
Figure 10. Stroke Response Process Leverage Protocols Interdisciplinary Team
Composition 61
Figure 11. Stroke Treatment State-Of-The-Art, Full-Service Stroke Treatment
Facilities 62
Figure 12. Rehabilitation Robotics Products Market Driving Factors: 64
Figure 13. Rehabilitation Robot Tasks 66
Figure 14. Rehabilitation Robot Market Driving Forces 69
Figure 15. Rehabilitation Robot Medical Conditions Treated 70
Figure 16. Stroke Rehabilitation Guidelines For Interactive Robotic Therapy 71
Figure 17. Extremity Rehabilitation Robot Technology 72
Figure 18. Health Care Conditions Treated With Rehabilitation Wearable Robotics
73
Figure 19. Robotic Technologies Leverage Principles Of Neuroplasticity 75
Figure 20. Rehabilitation Robot Market Shares, Dollars, Worldwide, 2018 76
Figure 21. Rehabilitation Robot Market Shares, Dollars, Worldwide, 2018 77
Figure 22. Rehabilitation Therapy Robots Market Participant Descriptions
Worldwide, 2018 78
Figure 23. DJO Smart Knee Brace 80
Figure 24. Hocoma Robotic Rehabilitation Used In Rehabilitation Medicine: 84
Figure 25. Homoca Continuum of Rehabilitation 87
Figure 26. Karman Xo-202 Standing Wheelchair Power Stand Power Drive 90
Figure 27. Rehabilitation Therapy Robots Market Shares, Dollars and Units,
Worldwide, 2018 92
Figure 28. Rehabilitation Robots Market Forecasts, Dollars, Shipments,
Worldwide, 2018-2025 96
Figure 29. Rehabilitation Robot Market Forecasts, Dollars, Worldwide, 2018-2025
97

………cont

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