Balance System SD

Balance System SD
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Balance System SD
Balance System SD
Balance System SD
 
The Balance System SD will improve balance, increase agility and develop muscle tone - with the broadest range of treatment options.
 
OverviewFeaturesApplicationsSpecificationsManualsModels and Ordering

Overview

Broaden Your Applications... 
     Increase Your Clinical Value!


The most popular Balance System…now even better

The Biodex Balance System SD has been designed to meet the needs of everyone looking to improve balance, increase agility, develop muscle tone and treat a wide variety of pathologies. Featuring easy-to-follow “touch-screen” operation, the Balance System SD is simple to learn and operate, leading the user step-by-step through testing protocols and training modes in both static and dynamic formats. Extremely versatile, it is the only system that provides a fast, accurate Fall Risk Screening and Conditioning Program for older adults; closed-chain, weight-bearing assessment and training for lower extremity patients; and adds the objective balance assessment component to a concussion management program.

The Balance System SD also serves as a valuable training device to enhance kinesthetic abilities that may provide some degree of compensation for impaired proprioceptive reflex mechanisms following injury. Using this unique device, clinicians can assess neuromuscular control by quantifying the ability to maintain dynamic bilateral and unilateral postural stability on a static or unstable surface.

Design your space

Ciao Video Education Course

 

 

Features

Meeting multiple clinical needs with a single tool.

  • Static and Dynamic (SD) – Offers twelve levels of platform control as well as static force setting – allows testing, training and rehabilitation programs for diverse populations.
  • Balance Training – Includes proprioception and stabilization exercise, range of motion and weight shift exercises.
  • Objective Documentation – Printed color reports track progress and document outcomes – ideal for insurance reimbursement.
  • Custom Reporting – Allows entry of unique comments to test results and assignment of CPT codes.
  • Six Training Modes and Five Testing Protocols – Standardized testing for true progress assessment.
  • Standardized Fall – Screening and Athlete Knee Injury Screening
  • Tests – Simple, quick and accurate. Test results are compared to age-based normative data to help identify fall candidates and athletes predisposed to knee
    injury.
  • Normative Data – Healthy populations stored for test comparison of older adults for fall screening and student athletes for concussion management.
  • Audio Biofeedback – Used for cueing successful target hits.
  • Visual Biofeedback – Prompts patients into proper postural and balance control.
  • Large Display – Features 12.1" touch-screen display, powered by a Windows CE operating system.
  • Expanded Connectivity – Allows connection to larger monitors and LCD projectors to enhance interaction for visually impaired patients.
  • Adjustable Support Handles – Lock in place for safety or swing away for an unobstructed, open environment for a variety of training activities.
  • Locking Surface – Ensures safe "on and off" patient movement.
  • Mobility – Transport wheels allow easy relocation between clinic and community for fall screening programs and health fairs.
  • Ethernet Connection – Accommodates wireless printing.
  • USB Compatibility – Accommodates external keyboard, a mouse, printing devices for remote operation and USB memory devices for data transfer and software upgrades.
  • Video and Audio Out – Bolsters connectivity options to other devices.
  • Patient Data Collection Software (optional) – Facilitates download and transfer of patient data, stored in patient folders for archiving, reporting or exporting as a CSV file. Transferring patient data allows for unlimited storage capacity.
Prove Need. Progress. Outcome – All test results and training sessions can be stored and printed. Comparison to normative data helps communicate need,
progress and outcome.

Applications

Orthopedic and Sports Medicine Program


950440 Balance SD ApplicationsGoal:

To assess overall dynamic stability and balance for pre-season baseline, injury pre-disposition or return to activity. In addition, use for balance and proprioceptive training.


Method:

Provides dynamic balance assessment of single-leg and two-leg stance. Test results compared to age and gender dependent normative values. Balance Training designed to improve postural stability, weight shift, proprioception and center of gravity control.


Results and Benefits:

Test provides an objective score, "stability index", that if higher than the predicted value indicates a strength, proprioception, and vestibular or visual impairment.


Balance Assessment

Two-leg stance. Age dependent normal ranges

Age Stability Index
17-35 .82 – 2.26
36-53 1.23 – 3.03
54-71 1.79 – 3.35
72-89 1.90 – 3.50


Knee Injury Pre-disposition

Single-leg stance Stability index by gender for healthy collegiate level athletes:
Age: 19.6 + 1.5 years

Women 3.27 (+/- 1.43)
Men 6.00 (+/- 3.06)

Objective data confirms presence or absence of a dynamic stability or balance problem – increases patient confidence and provides a tangible rehabilitation goal.

Baseline measure to manage return to activity determination.

Patients with ACL deficiency have decreased stability vs. controls in both limbs.

Simple, efficient, reproducible balance screening and training tool.

Reference:
- Finn JA, Alvarex MM, Jett RE, Axtell RS, DS Kemler: Biodex Balance Assessment among subjects of disparate balancing abilities. Presented at 1999 American College of Sports Medicine Annual Meeting.
- Hewett T: Balance Perspectives: Neuromuscular Training to Prevent Injuries. 1999 Advances on Knee and Shoulder Cincinnati Sportsmedicine and Orthopedic Center.
- Rozzi SL, Lephart SM, Gear WS, FuFH: Knee Joint Laxity and Neuromuscular Characteristics of Male and Female Soccer and Basketball Players. Am J Sports Med 27:312-319, 1999.

 


 

Fall Risk Assessment, Movement Disorders and Neurological Pathologies


950440 Balance SD ApplicationsGoal:

To assess overall balance as a preliminary balance screening test or as an integral component of a Fall Risk Assessment Evaluation. In addition, use as an objective balance performance baseline in conjunction with balance training program.


Method:

Dynamic balance assessment. Test results compared to age dependent normative values. Balance Training designed to improve postural stability, proprioception, range of motion, weight shift, and center of gravity control.


Results and Benefits:

Test provides an objective score, "stability index", that if higher than the predicted value indicates a strength, proprioception, and vestibular or visual impairment.

Age Dependent Normal Ranges
Age Stability Index
17-35 .82 – 2.26
36-53 1.23 – 3.03
54-71 1.79 – 3.35
72-89 1.90 – 3.50

Objective data confirms presence or absence of a balance problem – increases patient confidence and provides a tangible rehabilitation goal.

Baseline measure to manage effects of balance impairing medications.

Real time visual representation of dynamic balance in a safe, controlled environment without the patient feeling self-conscious.

Simple, efficient, reproducible balance screening and training tool.

Reference:
- Finn JA, Alvarex MM, Jett RE, Axtell RS, DS Kemler: Biodex Balance Assessment among subjects of disparate balancing abilities. Presented at 1999 American College of Sports Medicine Annual Meeting.
- Guidelines for Prevention of Falls in Older Persons, American Geriatrics Society, British Geriatrics Society and American Academy of Orthopedic Surgeons Panel on Fall Prevention. JAGs 49:664-672, May 2001. 

Specifications

  • Dimensions: 30" w x 44" depth x 74" h (76 x 112 x 188 cm)
    Base: 30" w x 44" depth x 8" h (76 x 112 x 20 cm)
    Platform: 21.5" diameter (55 cm)
  • Color Touch-Screen Display:
    Viewing Area:12.1" (30.7 cm) diagonal screen; 9.75" w x 7.25" h (24.8 x 18.4 cm)
    Angle: Adjustable from vertical back to approximately 45°
  • Display Height: Adjustable from 53" to 68" h above platform (135 x 173 cm); 74" h (188 cm) maximum from floor.
  • Stability Levels: 12 dynamic levels, plus locked for static measurements
  • Platform Tilt: 20° from horizontal in all directions
  • Support Rails: Adjustable from 25" to 36.5" above platform (64 to 93 cm). Rails can swing away from platform when not in use.
  • Printer: HP DeskJet
  • Printer Stand: 24" x 24" (61 x 61 cm)
  • Patient Capacity: 400 lb (136 kg)Weight: 196 lb (89 kg)
  • Weight: 196 lb (89 kg)
  • Power: 115 VAC, 50/60 Hz, 15 amp line or 230 VAC, 50/60 Hz, 15 amp line
  • Power Rating: 350 watts
  • Certification: ETL listed to UL 60601-1 and CAN/CSA C22.2 No.:601-1-M90. CE conformity to EN 60601-1, EMC compliance to EN 606 01-1-2.
  • Warranty: Two-years parts; one-year labor 

Manuals

Models and Ordering

To order, call 1-800-224-6339

950-440 Balance System SD,
12.1" Display, 115 VAC
 

Includes Fall Risk Screening Program, printer, printer stand and CTSIB Indexed Pad.
Export models available.

Optional:

950-410

Software, Patient Data Collection, v1.4
For Win CE 12" Display with USB and Serial Interface

 
950-446

Concussion Management Program

 
950-306 Step Stool, Balance System SD  


Design your spaceATTENTION Existing Balance System SD Customers:

Display and Software upgrade available.
Contact Biodex Customer Service for details.

Leasing Options available for US customers.

Request More Information
Conditions of Purchase

 

 

1-800-224-6339
Int'l 631-924-9000


What They Are Saying
Gary Wilkerson, EdD, ATC
University of Tennessee/Chattanooga

“We would not want to give up our Biodex Balance System. It is easy to use, extremely durable, and provides a challenging task.”

In The News

Rehab Equipment Gets Patients Back on Track

Bolingbrook resident Richard Bonham, 72, was enjoying his retirement, including working on projects at his home workbench. But his comfortable routine was interrupted on March 17, 2012, when a stroke impaired his ability to walk, the use of his left arm and his vision. He also suffered several fractured bones during subsequent falls.

After stints as an inpatient at a couple of rehabilitation facilities, Bonham continued his rehab in October as an outpatient at Edward Hospital.