Goniometer

Goniometer from Glass Agencies is a measuring instrument used in physiotherapy, orthopedics, and medical education to determine the range of motion of joints in the human body. Glass Agencies supplies the Goniometer as a practical tool suitable for physiotherapy institutes, rehabilitation centers, medical colleges, and educational laboratories where students and healthcare practitioners study joint movement, body mechanics, and rehabilitation assessment. The instrument helps learners understand how joint angles are measured and how mobility of different body parts can be evaluated during physical examination and therapy procedures. The Goniometer from Glass Agencies typically consists of a circular or semicircular protractor marked with degree measurements and two movable arms that rotate around a central axis. One arm is positioned along the stationary part of a limb while the other follows the moving segment of the joint. By aligning the arms with the bones surrounding a joint, the device allows accurate measurement of the angle formed during movement. This method helps in assessing the flexibility and functional capacity of joints such as the elbow, knee, shoulder, wrist, ankle, and hip. By using this instrument, therapists and students can observe how far a joint moves from its normal position and determine whether movement is restricted, normal, or excessive. The Goniometer from Glass Agencies is commonly used in physiotherapy sessions to monitor patient progress during rehabilitation after injury, surgery, or musculoskeletal disorders. The instrument also supports clinical evaluation of joint stiffness, muscle weakness, and recovery improvement over time. In educational settings, instructors use the device to demonstrate proper joint alignment and explain the mechanics of human movement. The Goniometer from Glass Agencies is manufactured with clear angle markings that allow easy reading of measurements during examination or demonstration. The lightweight structure allows convenient handling and accurate positioning on different joints of the body. The design ensures stability while taking measurements, making it suitable for both clinical use and teaching activities.