No more estimates! Until now, many goniometric measurements required the practitioner to place one arm of the measuring device in either the horizontal or vertical position and the other arm in line with the body segment to be measured. Until now, the vertical or horizontal position could only be "estimated" imprecisely and usually did not provide completely accurate results. With the Absolute + Axis Goniometer from Baseline, an important inaccuracy is eliminated by specifying the exact horizontal or vertical position of one of the measuring arms. This allows the practitioner to measure shoulder and hip rotations (internal and external), cervical flexion, extension and rotation as well as lateral bending with the new goniometer.
With the Baseline Absolute + Axis goniometer it is possible to read measurements accurately. Until now, the therapist had to rely on his visual assessment and move one leg of the goniometer to the horizontal or vertical position. Now all horizontal and vertical levels are integrated into the digital goniometer leg.
The finger and small joint angle measure measures the range of motion of finger joints (metacarpo-phalangeal and interphalangeal) and other small joints including the toes. The head contains two opposing 180° scales divided into 5° increments. The clear plastic allows observation of the joint axis and range of motion.
The finger and small joint angle measure measures the range of motion of finger joints (metacarpo-phalangeal and interphalangeal) and other small joints including the toes. The head contains two opposing 180° scales divided into 5° increments. The clear plastic allows observation of the joint axis and range of motion.
The finger and small joint angle measure measures the range of motion of finger joints (metacarpo-phalangeal and interphalangeal) and other small joints including the toes. The head contains two opposing 180° scales divided into 5° increments. The clear plastic allows observation of the joint axis and range of motion.
Measure mobility of all major joints, neck rotation, lateral head flexion, forward and backward tilt, alignment control. Ensures measurement in horizontal position. Two opposing 180° graduations in steps of 5.
