The ICB Gravity Goniometer is a gravity-based range-of-motion goniometer designed for measuring joint or body movement using a consistent gravity-referenced technique. It is suited to clinicians, rehabilitation professionals and trained evaluators when selected and used within the product's intended scope.
The gravity-referenced measurement format supports repeatable range-of-motion assessment during clinical evaluation.
Available from Actimed Australia in Osborne Park, Western Australia, the ICB Gravity Goniometer can be ordered for delivery across Australia.
Key Benefits
Gravity-referenced measurement
Supports range-of-motion assessment
Clear readable scale
Compact reusable tool
Suitable for clinical evaluation
Specifications
Product: ICB Gravity Goniometer
Product type: Gravity-based range-of-motion goniometer
Brand: ICB
Category: Orthotics & Foot Care ICB Orthotics Additions ICB In Stock Active
Subcategory: │
Options and codes: Product code: 061-GG; confirm current size, colour or variant availability before ordering.
Primary use: measuring joint or body movement using a consistent gravity-referenced technique
Suitable for: clinicians, rehabilitation professionals and trained evaluators
Important note: Use repeatable landmarks and positioning and interpret measurements within the complete clinical assessment.
Frequently Asked Questions
What is the ICB Gravity Goniometer used for?
Measuring joint or body movement using a consistent gravity-referenced technique.
Who is the ICB Gravity Goniometer suitable for?
Clinicians, rehabilitation professionals and trained evaluators. Select and use the product correctly for the individual user.
What sizes, variants or product codes are available?
The listed product code is 061-GG. Confirm current size, colour or variant availability before ordering.
Where can I buy the ICB Gravity Goniometer in Perth or elsewhere in Australia?
The ICB Gravity Goniometer is available from Actimed Australia in Osborne Park, WA, with Australia-wide delivery available.
Is professional advice recommended?
Use repeatable landmarks and positioning and interpret measurements within the complete clinical assessment.
Specifications
