Medium Goniometer – Joint Range of Motion Measuring Tool

The Medium Goniometer is a clinical measuring instrument designed for assessing joint angles and range of motion (ROM) during physical examination, physiotherapy, rehabilitation and musculoskeletal assessment. Its medium-sized design provides a practical balance between portability and ease of alignment, making it suitable for assessing a variety of upper- and lower-limb joints. The instrument consists of two measuring arms connected by a central pivot. During assessment, the arms are aligned with appropriate anatomical landmarks, allowing the examiner to measure and document the angle of a joint. When measurements are performed using consistent positioning and technique, the goniometer can assist healthcare professionals in documenting joint mobility and monitoring changes during rehabilitation. KEY FEATURES: • Medium-sized clinical goniometer • Designed for joint-angle measurement • Suitable for range-of-motion (ROM) assessment • Two-arm design with central pivot • Clearly marked degree graduations • Suitable for upper- and lower-limb assessments • Lightweight and portable • Reusable clinical measuring instrument • Suitable for professional practice and clinical training COMMON APPLICATIONS: • Joint range-of-motion assessment • Physiotherapy evaluation • Rehabilitation monitoring • Orthopaedic assessment • Musculoskeletal examination • Sports rehabilitation • Joint mobility documentation • Occupational therapy • Clinical skills training IDEAL FOR: • Physiotherapists • Occupational therapists • Orthopaedic practitioners • Rehabilitation professionals • Sports medicine practitioners • Hospitals and clinics • Medical students • Physiotherapy students • Training institutions GENERAL USE: Position the centre of the goniometer over the appropriate joint axis and align its stationary and moving arms with the relevant anatomical landmarks. Position or move the joint as required and read the resulting angle from the graduated scale. For serial measurements, consistent patient positioning, anatomical landmark identification and measurement technique should be maintained to improve comparability between readings.`