Rehabilitation Robotic

In The Age Of Modern Technology, The Tedavi Medical Center Offers Advanced Robotic Rehabilitation Services For Patients Facing Challenges In Walking Due To Neurological Diseases, Injuries, Or Surgical Operations. This Type Of Treatment Combines The Benefits Of Technology With The Expertise Of Specialized Doctors.

• Improving Walking Pattern Effectively And Quickly.

• Integrating Technology Into Therapy Sessions For Better Results.

• Targeting Neurological Diseases And Injuries That Affect Walking And Balance.

• Hemiplegia: Robotic Therapy Applications Help In Restoring Natural Walking Pattern.

• Spinal Cord Injuries: The Treatment Aims To Restore Movement And Strength For Patients.

• Cerebral Palsy: Advanced Techniques To Integrate Walking Into Rehabilitation Programs.

• Multiple Sclerosis And Muscle Diseases: Strengthening Muscles And Improving Walking Ability.

• Parkinson's Disease: Improving Walking Pattern For These Patients, Helping Them Return To Independence In Their Daily Activities.

• Post-Surgical Orthopedic Procedures: Practicing Moderate Walking Exercises That Help Improve Strength And Restore Motor Functions.

• Post-Orthopedic Surgeries: Engaging In Moderate Walking Exercises That Help Improve Strength And Restore Motor Functions.

Patients Interested In Benefiting From This Modern Technology Can Visit The Tedavi Medical Center For More Information And To Schedule An Evaluation Session.

Join Us At The Tedavi Medical Center And Enjoy The Latest Technologies In The World Of Robotic Rehabilitation.

Features And Advantages Of The Robotic Rehabilitation System At The Tedavi Medical Center In Turkey:

Final Respondent Type: It Is A System Characterized By Being Supported By A Machine At The Last Link In The Kinetic Chain, Allowing Patients To Actively Participate In Training And Develop Their Ability To Stimulate The Appropriate Muscles.

Hip And Knee Joints: These Joints Are Left Free, Allowing The Patient To Actively Participate In Walking Training.

Step Quality: Aims To Support The Patient In Taking High-Quality Steps At An Appropriate Pace. [NICE: Recommendations]

Two-Point Weight-Bearing System: Helps Improve Body Stability And Allows The Use Of Symmetrical And Asymmetrical Weight-Bearing Systems.

Diverse Surface Training: Allows Patients To Train On A Variety Of Surfaces, Such As Slopes.

Incline Angle: Helps Patients Train Hill Climbing, Stimulating The Rear Leg Muscles.

Feature: The “Woodway Lokohelp” System Contains A Dual Support System Function.

Training On Different Surfaces: Allows Patients To Train On Various Surfaces, Enhancing Their Ability To Adapt To Different Environments.

Final Respondent Type: It Is A System That Is Characterized By Being Supported By A Machine At The Last Link In The Kinetic Chain, Allowing Patients To Actively Participate In Training And Develop Their Ability To Stimulate The Appropriate Muscles.

Feature: The "Woodway Lokohelp" System Contains A Dual Support System Function.

Robotic Rehabilitation Technology Offers Many Advantages And Benefits That Have Transformed The Lives Of Many. Some Doctors Consider Robots To Be The Golden Leap For Rehabilitation Clinics And Therapists. Especially Since Robotic Rehabilitation Has Given Rehabilitation Clinics The Opportunity To Provide High-Dose, High-Intensity Training For Patients With Physical Disabilities. Furthermore, Robotic Rehabilitation Saves A Lot Of Effort For Both Patients And Therapists. Therefore, The Key Advantages And Benefits Of Robotic Rehabilitation Are As Follows:

• Robotic Rehabilitation Enables High-Dose, High-Intensity Training.

• Robotic Rehabilitation Reduces The Burden And Effort For Both Patients And Therapists.

• Robotic Rehabilitation Saves A Lot Of Time And Money.

• Robotic Rehabilitation Is A Safe Method For Rehabilitating Patients.

Lower Limb Treatment And Restoring Walking Ability With The Help Of Robots

Lower Limb Rehabilitation Is A Complex Matter That Requires A Lot Of Time And Effort From Both The Patient And The Doctor. However, With The Introduction Of Robots, The Situation Changes. The Rehabilitation Of The Lower Limbs And The Restoration Of Walking Ability Are Among The Most Important Tasks That Robots Can Make Easier, With Less Time And Cost. The Use Of Robotic Devices Designed For Lower Limb Rehabilitation And Orthopedic Devices Equipped With Computer-Controlled Motors To Support Joint Movement Offers Significant Benefits. One Of The Key Benefits Is That It Allows For Increased Therapeutic Dose During Training Without Increasing The Burden On Therapists And Patients. Additionally, The Robotic Devices Designed For Lower Limb Rehabilitation And Orthopedic Devices Help The Patient Learn The Correct Walking Technique From The Start, Thus Preventing The Development Of Incorrect Walking Patterns.

Because At Tedavi, We Combine Medical Expertise With Advanced Technology. We Have A Specialized Medical Staff And Work With An Experienced Rehabilitation Team. All Our Programs Are Conducted According To Recognized Safety Standards And In Rooms Equipped With The Latest Devices And Equipment.

How Long Does A Typical Robotic Rehabilitation Session Last?

The Duration Varies Depending On The Medical Condition Being Treated. However, On Average, A Robotic Rehabilitation Session Lasts About 45 Minutes.

Are There Any Age Restrictions For Robotic Rehabilitation?

Yes, The Approach To Children Is Different From That For Adults, And Each Medical Condition Has Its Own Specific Treatment Protocol.

Can Robotic Rehabilitation Be Combined With Traditional Physical Therapy?

Each Medical Condition Has Its Own Specificities, And The Supervising Doctor Is The Best Person To Assess Whether It’s Suitable Or Not. However, In Most Cases, There Is No Issue With Combining Robotic Rehabilitation And Traditional Physical Therapy.

What Are The Potential Side Effects Or Risks Of Robotic Rehabilitation?

In Specific Cases, Robotic Rehabilitation May Lead To Falls, Fractures, And Bruises.

Is Robotic Rehabilitation Suitable For Post-Surgery Recovery?

Each Medical Condition Has Its Own Specificities, And The Supervising Doctor Is The Best Person To Assess Whether It Is Suitable For Post-Surgery Recovery.

What Types Of Technological Advancements Drive Robotic Rehabilitation?

Are There Any Ongoing Research Studies Related To The Results Of Robotic Rehabilitation?

Certainly, Research Studies Are Ongoing Regarding Robotic Rehabilitation, And The Field Is Continuously Evolving.

What Are Some Examples Of Rehabilitation Robots?

What Are The Robots Used For Upper Limb Rehabilitation?

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