1. What Is a Rehabilitation Gait Training System?
A rehabilitation gait training system is a therapeutic equipment solution that facilitates walking rehabilitation.
Patients can practice standing up, stepping movements, weight shifting, and walking using a gait training system.
Patients may experience difficulty with walking after neurological or orthopedic conditions affect their body function.
For example, stroke may cause weakness, balance impairments, and loss of coordination.
Spinal cord injury patients may experience difficulties moving their legs.
Parkinson’s disease can also impact patients’ gait and postural stability.
Mobility tends to decrease with age, so older adults may experience a lack of strength and mobility.
For these reasons, gait training systems can be used during many types of rehabilitation programs.
Gait training systems allow patients to practice walking within a controlled environment.
Patients can also receive adjustable levels of support while practicing walking with the assistance of a gait trainer.
Some treadmill-based gait training systems also integrate body weight support systems.
Alternatively, robotic therapy systems may provide assisted movement to patients during gait training.
Clinics can choose between different systems and configurations to meet their patient’s needs.
2. Why Gait Training Matters in Rehabilitation
Walking requires strong connections between the nervous system and muscles.
Patients must coordinate their movements and balance themselves during each phase of the gait cycle.
Patients who experience problems with walking will usually require rehabilitation to improve their function.
Physical therapy may allow patients to receive manual assistance or practice functional movements.
Therapy machines allow patients to practice a higher volume of repetitive movements in a controlled manner.
Therapists can adjust the:
- Speed
- Amount of support
- Length of training session
- Intensity of assistance
- Goals of walking practice
Using a gait training system can help therapists progress patients through rehabilitation gradually.
3. How a Rehabilitation Gait Training System Works
Therapists can typically use a gait training system for many different stages of rehabilitation.
Step 1: Patient Assessment
Before using a gait training machine, therapists will assess patient mobility and function.
Mobility assessments may include tests of:
- Balance
- Leg strength
- Ability to walk
- Coordination
- Posture control
- Functional mobility skills
After performing an assessment, therapists can figure out which training conditions the patient needs.
Step 2: Equipment Setup
Patients can receive support from body weight support systems or robot therapy devices.
Body weight support systems typically use a harness to lift part of the patient’s body weight.
If patients cannot support their weight or walk without assistance, they can begin exercising with additional support.
Step 3: Walking Practice
Patients can begin practicing walking with the assistance of a therapist.
They may walk on a treadmill or practice stepping in place if rehabilitation robots are being used.
Therapists can monitor the patient’s posture and stepping movement to make sure they are progressing in a controlled manner.
Step 4: Adjust Training Parameters
Therapists can make the training more difficult as patients stand and walk with better coordination.
Gradually, patients may receive less support until they can walk without any assistance.
Therapists can increase the speed of treadmill-based gait training systems to match patient ability.
Therefore, rehabilitation progresses as patients gradually improve.
Step 5: Functional Training
After patients can walk with proper form, therapists can incorporate more functional training.
Functional activities may include the following:
- Starting and stopping
- Turning
- Changing directions
- Navigating around obstacles
Additional progressional activities can improve patients’ functional mobility.
4. Main Components of a Gait Training System
Therapy clinics can find gait training systems with various features and components.
4.1 Treadmill
Some gait training systems include a treadmill that allows patients to walk at a controlled speed.
Therefore, patients can practice stepping up and down repeatedly.
Therapists can adjust treadmill speed to match patient ability.
4.2 Body Weight Support System
Body weight support systems usually involve a harness that lifts patients vertically.
Patients can stand and walk using less support from their legs.
Body weight support is useful for early stage or supported gait training.
Body Weight Support Gait Training
4.3 Safety Support
Therapy gait training systems should always have features that support patient safety.
Safety features may include:
- Harness support
- Handrails
- Support frames
- Emergency stop features and functions
4.4 Control System
Training machines should have controls that allow therapists to adjust key parameters.
For example, treadmill speed and body weight support level can typically be adjusted.
Customization allows therapists to adapt to each patient’s abilities.
4.5 Monitoring Functions
Some therapy systems may include monitoring features that record information about training.
Therefore, therapists can review a patient’s performance over time.
5. Body Weight Support Gait Training
Body weight support allows therapists to support patients while they are standing and walking.
Suspension systems usually involve a harness that lifts patients vertically.
Patients place less weight on their legs when supported by a harness.
Bodyweight support during walking allows patients to practice stepping with assistance.
Adjustable Support
Therapists can adjust how much weight the bodyweight support harness will lift.
As patients get stronger and gain more control over their stepping movements, therapists can reduce support.
Repetitive Walking Practice
Patients can practice walking for longer periods when using a bodyweight support system.
The structure of gait training allows therapists to provide consistent and progressive training.
Increased Support
Body weight support greatly increases how much support patients receive while walking.
Therapists can observe how patients react to weight shifting and stepping when they provide more support.
Body Weight Support Treadmill Benefits
6. Treadmill-Based Gait Training
Treadmill training gives patients a stable surface to practice walking.
Therapists can adjust the speed of manual treadmills to match patient ability.
Patients will not need to worry about keeping their balance forward when they walk on a treadmill.
Patients can take steps repeatedly on a treadmill because the belt moves beneath them.
Treadmill walking allows patients to complete multiple gait cycles within one session.
Here are some of the key features to look for in a treadmill:
- Adjustable speed settings
- Safety rails for patients to hold on to
- Emergency stop switch
- Harness compatible
- Wide enough walking surface for patients
- Easy-to-use controls
Capable of operating at very slow speeds
7. Robotic Gait Training
Robot-assisted gait training allows therapists to facilitate patients’ leg movements.
Robotic devices can move patients’ legs in a repetitive and controlled manner.
Robotic therapy can be adjusted to support specific parts of the gait cycle.
Therapists can change the amount of support patients receive from robots based on ability.
Resistance can be reduced over time to allow patients to improve their walking strength.
Repetitive Movement
Robot-assisted therapy provides patients with the opportunity to practice consistent movements.
Therapists can have patients perform many gait cycles during a single training session.
Adjustable Assistance
Different patients require different amounts of assistance during therapy.
Therapists can ensure patients progress properly through rehabilitation by adjusting assistance.
Lower Limb Support
Robot-assisted therapy devices focus on moving patients’ legs during therapy sessions.
Robotic therapy can be used in conjunction with other forms of gait training.
Lower Limb Rehabilitation Robot
8. Overground Gait Training
Not all gait training must be performed on a treadmill or therapy robot.
Overground gait training consists of patients walking across the floor.
For this reason, therapists can incorporate more functional elements into training sessions.
Types of overground equipment include:
- Parallel bars
- Gait trainers
- Walking frames
- Mobile bodyweight support systems
- Harnesses
Parallel Bars
Parallel bars allow patients to support their weight by holding onto a stable structure.
Therapists can use parallel bars to progress patients’ ability to stand and step.
Gait Trainers
Walking trainers allow patients to receive support while they are standing and walking.
Therapists can use gait trainers to help patients who are not able to walk on their own.
Mobile Support Systems
Clinics can purchase mobile bodyweight support systems that patients can walk behind.
Mobility systems allow patients to practice walking across longer distances.
9. Rehabilitation Applications
There are several patient populations that can benefit from a rehabilitation gait training system.
9.1 Stroke Rehabilitation
Stroke may impact walking ability, balance, and control of the lower limbs.
As a result, gait training may become an important part of stroke rehabilitation.
Body weight support may also offer additional assistance for these patients.
Robotic-assisted therapy may also help provide support for repetitive lower limb motions.
Gait Rehabilitation After Stroke
9.2 Elderly Rehabilitation
The elderly may suffer from decreased strength and balance.
As a result, supported gait training can allow them to practice mobility in a controlled setting.
Balance Rehabilitation for Elderly Patients
9.3 Spinal Cord Injury Rehabilitation
Spinal cord injuries often impact motor control of the lower limbs.
As a result, patients with spinal cord injuries may benefit from customized gait rehabilitation.
Both body weight support and robotic-assisted therapy can offer additional training options for these patients.
9.4 Parkinson’s Rehabilitation
Parkinson’s disease often causes problems with gait and posture.
As a result, controlled walking practice can help with training functional mobility.
9.5 Orthopedic Rehabilitation
Orthopedic injuries can affect how you bear weight and walk.
As a result, gait training can allow patients to work toward functional mobility goals.
10. Benefits of a Rehabilitation Gait Training System
10.1 Controlled Training
Gait training systems allow patients to practice walking in a controlled environment.
As a result, training conditions can be modified by therapists.
10.2 Repetitive Practice
Patients can repeat stepping motions during each training session.
As a result, they can spend time practicing walking.
10.3 Adjustable Support
Body weight support is often adjustable to fit the user’s needs.
As a result, decreasing support over time is possible as well.
10.4 Improved Training Safety
Safety harnesses and support structures offer additional stability for patients.
As a result, patients can practice walking under the supervision of a therapist.
10.5 Progressive Rehabilitation
Many parameters of the training session can be altered throughout rehabilitation.
For instance, therapists can require patients to walk farther over time.
Therapists can also decrease support as patients get stronger.
As a result, therapists can use gait training systems during every stage of rehabilitation.
10.6 Objective Monitoring
Some advanced systems allow clinicians to record selected pieces of training data.
As a result, clinicians can objectively measure changes in performance.
This can be used in conjunction with traditional clinical observation.
11. How to Choose a Gait Training System
When selecting a gait system, there are several important factors to consider.
Patient Population
Consider what patient groups will be using the system the most.
These can include:
- Stroke patients
- Elderly patients
- Neurological patients
- Spinal cord injury patients
- Orthopedic patients
As a result, you will want to match the system to your clinic’s patient population.
Training Objectives
Consider what your patients will be working on during gait training.
These can include:
- Walking initiation
- Balance training
- Weight-bearing practice
- Gait pattern training
- Lower limb strengthening
- Walking endurance
As a result, you will want to buy equipment that can facilitate these training objectives.
Support Range
Different patients require different levels of body weight support.
As a result, body weight support should be adjustable to improve patient compatibility.
Safety Features
Look for the following features when corroborating safety:
- Emergency stop
- Harness system
- Safety hand rails
- Adjustable support
- Stable support frame
As a result, safety is an important consideration when choosing a gait system.
Ease of Operation
Ability to efficiently modify support and training parameters is important.
As a result, therapists will benefit from an intuitive control interface.
Space Requirements
The space you have available may limit your options.
Treadmill-based systems require space for the machine itself.
Overground systems require ample space to walk safely.
As a result, you should plan out your facility before purchasing a system.
Technical Support
Consider how easy it is to receive installation and staff training from the supplier.
As a result, technical support should be considered when choosing a system.
12. Gait Rehabilitation Technology Trends
The world of gait rehabilitation is always advancing.
Here are some of the technologies that will only become more important:
Artificial Intelligence
AI may allow software to examine patients’ movements and provide relevant information.
As a result, artificial intelligence may allow for more personalized rehabilitation in the future.
Of course, AI should always be used to support the decisions of trained professionals.
Digital Movement Analysis
Better systems allow for collection of gait-related data.
As a result, therapists can begin to track select performance metrics.
Robotic Assistance
Robotic therapy systems allow for controlled, repetitive motions of the lower limbs.
As a result, therapists can use robotic systems to apply customized gait training.
Interactive Rehabilitation
Interactive software can provide visual cues to patients while they train.
As a result, patients can benefit from instant feedback during training sessions.
Integrated Rehabilitation
Gait rehabilitation systems are starting to provide a variety of training opportunities.
A fully integrated system may include:
- Gait training
- Body weight support
- Balance training
- Robotic assistance
- Digital monitoring
As a result, integrated systems can cover many areas of mobility-related rehabilitation.
13. Why Choose Jamore Medical?
Jamore Medical supplies hospitals, rehab centers, and physical therapy clinics with rehabilitation equipment.
The company specializes in recovery of mobility and intelligent rehab technology.
Products include:
- Gait Training System
- Body Weight Support Treadmill System
- Lower Limb Rehabilitation Robot
- Robotic Gait Rehabilitation Equipment
- Walking Rehabilitation Equipment
- Balance Rehabilitation Equipment
- Balance Training Systems
- Balance Assessment Equipment
- Active and Passive Limb Trainer
- Medical Physical Therapy Equipment
As a result, clinics have several options when selecting rehabilitation equipment from Jamore Medical.
Clinics can use gait training systems along with body weight support for traditional rehabilitation.
Clinics can even use balance assessment equipment to quantify patient improvements.
High-end facilities can opt to add robotic lower limb rehabilitation as well.
As a result, Jamore Medical has something to offer every stage of mobility recovery.
Visit Jamore Medical for more information on rehabilitation technology.
https://www.linkedin.com/in/sean-rehabilitation/
14. Frequently Asked Questions
Q1: What is a rehabilitation gait training system?
A rehabilitation gait training system is any rehabilitation technology that can be used to train walking and mobility. This can include treadmills, body weight support, safety harnesses, and more.
Q2: Who can benefit from gait training?
Stroke patients, neurological patients, spinal cord injury patients, orthopedic patients, and even the elderly can benefit from gait training. Of course, a professional should always evaluate patients to determine appropriateness.
Q3: What is body weight supported gait training?
Body weight support gait training refers to the practice of decreasing the amount of weight a patient experiences while walking. Patients can then practice walking with this added assistance.
Q4: Can I use gait training with elderly patients?
Yes, gait training can be very useful for elderly patients. Proper balance and strength training can allow them to maintain functional mobility for longer.
Q5: What is the difference between a gait trainer and a gait training system?
Typically, a gait trainer only refers to one method of supporting a patient while they learn to walk again. A gait training system can come with added features.
Q6: Are robotic systems useful for gait rehabilitation?
Yes. Robotic gait rehabilitation allows therapists to customize the assistance given to patients’ legs while they practice walking. Therefore, it can be used in conjunction with traditional gait training methods.
Q7: What should I look for in a gait training system?
You should look at your patient population and what training goals you want to achieve. Also consider: safety features, how adjustable the system is, space requirements, and if the system is easy to operate.
Q8: How can body weight support improve my patients’ gait training?
Body weight support lifts your patients up so they do not have to support as much weight when walking. This will allow certain patients to practice walking with added support.
15. Conclusion
Gait training systems are specialized rehabilitation equipment that can be used to train walking and mobility.
These systems can include treadmill options, body weight support, overground systems, robotic technologies, and more.
Systems can also provide objective monitoring of patient performance.
As a result, there are many different technologies that can be used for gait training.
There is no one-size-fit-all gait training system.
Always have professionals assess your patients to determine what equipment would best suit their needs.
