Baseline 12-Inch Absolute Axis Goniometer for Accurate Range of Motion Measurement

Goniometer 12 Absolute+Axis HI-Res for Physical Therapy

Enhance accuracy and consistency in range-of-motion measurements with the Goniometer 12 Absolute+Axis HI-Res. Designed for physical therapy professionals, this innovative tool eliminates guesswork and improves patient assessment.

Key Features & Benefits of the Absolute+Axis Goniometer

• Absolute Vertical and Horizontal Levels: Ensures precise alignment, removing the need to assume vertical or horizontal positioning, leading to more reliable readings.
• Reduced Measurement Variability: By establishing a true reference, this goniometer minimizes inconsistencies, allowing practitioners to focus on proper arm placement and patient positioning.
• Improved Measurement Accuracy: Designed to enhance the precision of measurements for shoulder and hip rotation, cervical spine movements, hamstring flexibility, and active Range of Motion (ROM).
• Permanently Incorporated Levels: The integral absolute vertical and horizontal levels are built into the Goniometer, guaranteeing long-lasting accuracy.
• Streamlined Assessment Process: Allows practitioners to concentrate on correct placement of the goniometer arm and the patient’s body position.

Applications in Physical Therapy

The Goniometer 12 Absolute+Axis HI-Res is ideal for a variety of physical therapy applications. It helps assess:

• Shoulder and Hip Rotation (Internal & External)
• Cervical Flexion, Extension, Rotation, and Side Bending
• Hamstring Flexibility
• Active Range of Motion (ROM)

This tool empowers therapists to offer more effective intervention plans, ultimately enhancing patient outcomes.

Precision and Reliability in Range-of-Motion Assessments

With the Goniometer 12 Absolute+Axis HI-Res, physical therapists can confidently assess and monitor patient progress. Its unique design, along with its precise measurements, makes it an invaluable asset in any physical therapy practice. Get yours today to unlock precision and reliability in your range-of-motion assessments.