C-Brace Orthotronic Mobility System

Similar documents
C-Brace Reimbursement Guide

C-Brace Reimbursement Guide

1B1 Meridium. Reclaim your way. Information for practitioners. Meridium Ottobock 1

The new C-Brace. Physiotherapy training guideline. Information for therapists and technicians

3 people 3 unique lifestyles 3 advanced foot solutions

Your Life. Your Adventure. Triton Family of Products

Meridium. Reclaim your way. Information for clinicians

Mechanical Knee Prescription Guide

1C11 Terion K2. Confidence with every step. Information for Practitioners

Gait. Kinesiology RHS 341 Lecture 12 Dr. Einas Al-Eisa

Normal and Abnormal Gait

WalkOn product range. Dynamic Ankle-Foot Orthoses. Information for specialist dealers

The DAFO Guide to Brace Selection

Assessments SIMPLY GAIT. Posture and Gait. Observing Posture and Gait. Postural Assessment. Postural Assessment 6/28/2016

Normal Gait and Dynamic Function purpose of the foot in ambulation. Normal Gait and Dynamic Function purpose of the foot in ambulation

video Outline Pre-requisites of Typical Gait Case Studies Case 1 L5 Myelomeningocele Case 1 L5 Myelomeningocele

A bit of background. Session Schedule 3:00-3:10: Introduction & session overview. Overarching research theme: CPTA

Aeris Performance 2. Product Manual

INTRODUCTION TO GAIT ANALYSIS DATA

PRO-FLEX. Less load, more dynamics

NeuroOrthopaedics lower extremity

SYMBIONIC LEG 3 INTRODUCTION KEY FEATURES ÖSSUR DYNAMIC SOLUTIONS

Kinterra Instructions for Use Product Number: ROM-00-XXXXX-XX

empower Reclaim your power. Information for technicians empower Ottobock 1

The technique of reciprocal walking using the hip guidance orthosis (hgo) with crutches

Kintrol Instructions for Use Product Number: VS4

The Starting Point. Prosthetic Alignment in the Transtibial Amputee. Outline. COM Motion in the Coronal Plane

Empower. Reclaim your power. Information for technicians. Empower Ottobock 1

1C30 Trias. Moving in harmony. Information for users. 1C30 Trias Ottobock 1

Plié 3 Microprocessor Knee

MOTION FOOT MX. Manual

Otto Bock and Springlite Feet

New product. Pure Sport.

Clinical view on ambulation in patients with Spinal Cord Injury

Life Without Limitations

Terion 1C10. Back on track. 1C10 Terion Ottobock 1

Rifton Pacer Gait Trainers A Sample Letter of Medical Necessity: School-based Therapy with Adolescents

A7HLE71CO PHYSICAL THERAPY

Element DS. Product Manual

+ t1 t2 moment-time curves

From early rehab to full recovery RHEO KNEE XC. go anywhere

ASSESMENT Introduction REPORTS Running Reports Walking Reports Written Report

Prosthetic Solutions for Active Amputees. Andreas Kannenberg, MD, PhD Executive Medical Director North America, Austin, TX, USA

Sample Biomechanical Report

Chapter 1 - Injury overview Chapter 2 - Fit for Running Assessment Chapter 3 - Soft Tissue Mobilization... 21

video Purpose Pathological Gait Objectives: Primary, Secondary and Compensatory Gait Deviations in CP AACPDM IC #3 1

EXPERIMENTAL STUDY OF EXOSKELETON FOR ANKLE AND KNEE JOINT

Routine For: Total Knee Arthroplasty (All)

X-ible Flexure joints. SNAPstop Plantar flexion stop. Information for practitioners

Foot System Prosthetist Manual

Dynamix Ankle Foot Orthoses Range

CHAPTER IV FINITE ELEMENT ANALYSIS OF THE KNEE JOINT WITHOUT A MEDICAL IMPLANT

ANNEXURE II. Consent Form

Genesis Walker. The lightest full shell walker boot on the market. Genesis Walker Tall & Mid-Calf

WORKBOOK/MUSTANG. Featuring: The R82 Next Step Development Plan. mustang. R82 Education

Sprint/Speed Training

-Elastic strain energy (duty factor decreases at higher speeds). Higher forces act on feet. More tendon stretch. More energy stored in tendon.

Ankle biomechanics demonstrates excessive and prolonged time to peak rearfoot eversion (see Foot Complex graph). We would not necessarily expect

Design and Evaluation of a Variable Resistance Orthotic Knee Joint

DYNAMIC. Make your move SOLUTIONS. Stable enough for Mike. Dynamic enough for Nuria.

G-EOL. Discover the simplicity of gait therapy intended for daily use

Rugby Strength Coach. Speed development guide

KICKBIKE Your key to optimum sports performance

Stroke Guide A Concept for the Orthotic Treatment of the Lower Extremity following a Cerebral Vascular Accident. 3 rd edition

Dynamic Warm up. the age of the athlete current physical condition and prior exercise experience

Analysis of ankle kinetics and energy consumption with an advanced microprocessor controlled ankle foot prosthesis.

Foot mechanics & implications on training, posture and movement

Spasticity in gait. Wessex ACPIN Spasticity Presentation Alison Clarke

Posture influences ground reaction force: implications for crouch gait

The Mechanics of Modern BREASTSTROKE Swimming Dr Ralph Richards

Coaching the Triple Jump Boo Schexnayder

NHS Training for Physiotherapy Support Workers. Workbook 16 Gait re-education

Different by design NEW FEATURES

THE DEVELOPMENT OF SPEED:

Serve the only stroke in which the player has full control over its outcome. Bahamonde (2000) The higher the velocity, the smaller the margin of

1. Hip flexion Muscles: Iliopsoas (psoas major + iliacus)

Purpose. Outline. Angle definition. Objectives:

Normal Gait. Definitions. Definitions Analysis of Stance Phase Analysis of Swing Phase Additional Determinants of Gait Abnormal Gait.

Spinal Cord Injury (SCI) and Gait Training

An investigation of kinematic and kinetic variables for the description of prosthetic gait using the ENOCH system

12/4/2010 3:10 / 3:40

empower Reclaim your power. Information for users

Adaptation to Knee Flexion Torque Assistance in Double Support Phase

BIOMECHANICAL ASSESSMENT & ORTHOTIC SALES SCRIPTS

Normal and Pathological Gait

by Michael Young Human Performance Consulting

to decrease this force without compromising alignment. Four methods of heel modification are frequently used to decrease destabilizing forces at heel

WHO ARE WE? Eric Marriott Registered Physiotherapist Master of Physical Therapy, Bachelor of Human Kinetics

Gait Analysis at Your Fingertips:

Coaching the Hurdles

Swing Phase Lock. Plan of treatment. Jos Deckers. basko.com. Basko Healthcare

Test Name Analysis Assessment Swing Correlation

Wave Comfort 2. Product Manual

Mobility Lab provides sensitive, valid and reliable outcome measures.

Aeris Activity. Product Manual

Recent Advances in Orthotic Therapy for. Plantar Fasciitis. An Evidence Based Approach. Lawrence Z. Huppin, D.P.M.

Dynamically stepping over large obstacle utilizing PSO optimization in the B4LC system

ATHLETES AND ORTHOTICS. January 29, 2014

10/24/2016. The Puzzle of Pain NMT and the Dynamic Foot Judith DeLany, LMT. Judith DeLany, LMT. NMTCenter.com. NMTCenter.com

K2 Foot. Product Manual

Transcription:

C-Brace Orthotronic Mobility System You ll always remember your first step Information for practitioners

C-Brace Orthotics reinvented Until now, you and your patients with conditions like incomplete spinal cord injury, weakness or paresis of the quadriceps, and post-polio syndrome have had very few KAFO device options. Now, instead of settling for a locking brace, you can fit the Ottobock C-Brace system. Among the many benefits, patients most value the ability to change speeds, to walk with controlled knee flexion, and to move more efficiently. In daily life, that means a walk in the park can be just that. Patients can trust their knees to support them on all types of terrain, and they can spend their energy and attention enjoying the day. This dramatic increase in function is possible through real-time gait analysis and goes far beyond simply locking and unlocking the knee joint. Patients experience support throughout the gait cycle as the system automatically adjusts to prepare for the next movement. Incomplete paraplegia meant Christin was in a wheelchair for 4 years. Now, after therapy and using the C-Brace, she is enjoying life upright.

Key features and benefits Stumble Control: For improved safety, resistance to uncontrolled knee flexion when sensors read a moment of instability gives the time necessary to recover. Real-Time Gait Analysis: Every phase of the gait cycle is controlled dynamically and in real time, allowing the patient to walk with more ease and with less compensation of the sound side and torso. Standing and 2nd Mode: Additional modes allow for comfortable static standing and additional settings (for therapy or other activities). Stance Extension Damping: Progressive resistance allows natural movement to occur without uncontrolled and early knee and hip at terminal stance, resulting in a more natural movement without abrupt changes to the center of gravity, lower back, and lower limb joints. Stance Flexion Damping: Controlled, partial knee flexion while weight bearing allows the patient to exhibit knee control when walking down hills and ramps, descending stairs step over step, and while sitting down into a chair. Microprocessor-controlled hydraulics and integrated battery Custom lightweight carbon fiber thigh shell Knee angle sensor (measures the movement of the patient's knee joint) Custom lightweight carbon fiber calf shell Custom molded hinged rigid anterior tibial shell Ankle movement sensor integrated into strut Custom lightweight carbon fiber foot shell C-Brace Ottobock 3

C-Brace Seizing new opportunities Who benefits from orthotronic technology? Combining real-time gait analysis, the energy redistributing properties of carbon fiber, and the ability to use software to customize the knee joint s response creates the ideal situation for your patient. The system doesn t walk for your patient it helps normalize gait, freeing your patient to ambulate to his or her full potential. Everyday life demands the ability to walk on uneven ground, descend stairs and ramps, and tackle slopes. Depending on your patient s abilities, all of these obstacles may be overcome with less energy expenditure and concentration all while reducing wear and tear on the sound side.

Indications The C-Brace orthotronic mobility system can be considered for all neurological indications of the lower limbs. The primary indications include: Lower limb involvement with weakness or paresis of the quadriceps muscles or the inability to maintain knee during stance phase; e.g., incomplete paraplegia with segmental levels of L1 to L5, polio, post polio syndrome, or MS. Contraindications Moderate to severe lower limb spasticity Hip flexor strength of less than grade 3. Ability to advance the limb by compensatory trunk movement is permitted Fixed knee valgus greater than 10 degrees beyond anatomic neutral Fixed knee varus Less than 2 degrees of relative ankle dorsiflexion Body weight over 275 lbs (125 kg) C-Brace Ottobock 5

C-Brace Stable walking Game-changing science C-Brace is the first in a new class of devices called orthotronic mobility systems. Orthotronics is the synergy created by applying mechatronics (mechanical, electronic, computer, systems design, and other engineering disciplines) to the field of custom orthotics. The C-Brace is the first system available to utilize this revolutionary approach to dramatically improve patient outcomes and safety. By assessing the patient s activities in real time, the system is able to manage every phase of gait, on any terrain, and deliver unmatched stability and responsiveness. Constant, real-time measurements: Knee angle Direction and velocity Acceleration and deceleration Ankle flexion/ Increasing/decreasing 6 Ottobock C-Brace

Phases of gait: How your patient is freed to walk Human gait 1. Initial contact 2. Load response 3. Mid-stance 4. Terminal stance 5. Pre-swing 6. Initial swing 7. Mid-swing 8. Terminal swing Walking with the C-Brace 1. Stance phase flexion damping: controlled stance phase damping supports the knee extending musculature upon heel strike 2. Stance phase flexion damping plus/time: additional damping option that supports the musculature as needed upon increased load transfer. Time limit on additional stance phase damping 3. Stance phase damping: knee damping in the stance phase for a natural, smooth movement of the knee joint 4. Maximum toe load: definition of the safe switching point to trigger the 5. Swing phase initial flexion damping: switching to minimum resistance for optimum initiation of the 6. Swing phase knee angle threshold/ dynamic factor: controls the end of swing phase flexion for an optimized gait pattern 7. Swing phase resistance: switching to minimum resistance during 8. Swing phase damping: final damping for a soft braking movement at changing walking speeds To provide optimum support, it is key to make software and other adjustments at the time of fitting, then follow up in 4-8 weeks to make further adjustments as your patient readjusts to a more efficient gait cycle. C-Brace Ottobock 7

C-Brace Learn more Contact your sales representative for details about how to get the required training to fit and purchase a C-Brace. Your sales representative can tell you how C-Brace can expand your business and raise your professional profile, and benefit your patients through improved function and outcomes. Visit www.ottobockus.com for more specifications and other details. Ottobock US P 800 328 4058 F 800 655 4963 www.ottobockus.com Ottobock Canada P 800 665 3327 F 800 463 3659 www.ottobock.ca 2015 Otto Bock HealthCare LP 11082209.4B 4/15