Spine 3D
Spine 3D
Spine 3D is an innovative non-invasive three-dimensional optoelectronic detection system of the back and spine that allows an accurate assessment of vertebral pathologies and postural alterations.
Spine 3D
Spine 3D is an innovative non-invasive three-dimensional optoelectronic detection system of the back and spine that allows an accurate assessment of vertebral pathologies and postural alterations.
Spine 3D
Spine 3D is an innovative non-invasive three-dimensional optoelectronic detection system of the back and spine that allows an accurate assessment of vertebral pathologies and postural alterations.
Product features
Non-invasive scan
Thanks to a markerless, radiation-free and non-invasive scanning method, it allows 3D acquisition of the patient's shoulders, back and pelvis.
Quick and easy exams
Acquisition with RGB and infrared cameras (ToF cameras) are not affected by ambient light interference. Automatic identification of the reference points with the possibility of manual modification.
Automatic reports
Clinical parameters and complete information, with automatic reports, useful for diagnosing spinal pathologies and postural problems.
Features
Product features
Non-invasive scan
Thanks to a markerless, radiation-free and non-invasive scanning method, it allows 3D acquisition of the patient's shoulders, back and pelvis.
Quick and easy exams
Acquisition with RGB and infrared cameras (ToF cameras) are not affected by ambient light interference. Automatic identification of the reference points with the possibility of manual modification.
Automatic Reports
Clinical parameters and complete information, with automatic reports, useful for diagnosing spinal pathologies and postural problems.
Sections, cutting planes, frontal, sagittal and transverse axes. Ability to import and overlay an RX exam on the 3D acquisition. It is also an indispensable device for follow-up during all phases of patient treatment, completely eliminating the need for constant control radiographs.
Now available with platform FreeMed integrated and module freeStep Baropodometrics.
Sections, cutting planes, frontal, sagittal and transverse axes. Ability to import and overlay an RX exam on the 3D acquisition. It is also an indispensable device for follow-up during all phases of patient treatment, completely eliminating the need for constant control radiographs.
Get the most out of Spine 3D proprietary software, it's easy and intuitive
The Spine3D system is a ready-to-use stand-alone device that does not require installation prerequisites. The software, designed to offer professionals a new and extraordinary diagnostic experience, offers enriched visualizations, advanced intelligence, simplified workflow and patient-centered assistance. All this makes Spine 3D a fundamental resource for anyone dealing with posture, rehabilitation and treatment of spinal problems.
Get the most out of Spine 3D proprietary software, it's easy and intuitive
The Spine3D system is a ready-to-use stand-alone device that does not require installation prerequisites. The software, designed to offer professionals a new and extraordinary diagnostic experience, offers enriched visualizations, advanced intelligence, simplified workflow and patient-centered assistance. All this makes Spine 3D a fundamental resource for anyone dealing with posture, rehabilitation and treatment of spinal problems.
Get the most out of Spine 3D proprietary software, it's easy and intuitive
The Spine3D system is a ready-to-use stand-alone device that does not require installation prerequisites. The software, designed to offer professionals a new and extraordinary diagnostic experience, offers enriched visualizations, advanced intelligence, simplified workflow and patient-centered assistance. All this makes Spine 3D a fundamental resource for anyone dealing with posture, rehabilitation and treatment of spinal problems.
Spine3D analysis parameters
- Length, inclination and imbalance of the spine along the coronal, sagittal and transverse planes
- Spinal deviation and rotation
- Cervical arrow and lumbar arrow
- Angle and depth of lordosis and kyphosis
- Inclination and height difference of the shoulders and pelvis
Data acquisition
The analysis will be performed by placing the patient at 110 cm from the camera, a position facilitated by the positioner supplied. The acquisition of the patient's back will be very rapid and the patient will have to remain in a natural position with his arms relaxed at his sides. The back must be bare and the intergluteal sulcus visible.
Spine3D analysis parameters
- Length, inclination and imbalance of the spine along the coronal, sagittal and transverse planes
- Spinal deviation and rotation
- Cervical arrow and lumbar arrow
- Angle and depth of lordosis and kyphosis
- Inclination and height difference of the shoulders and pelvis
Data acquisition
The analysis will be performed by placing the patient at 110 cm from the camera, a position facilitated by the positioner supplied. The acquisition of the patient's back will be very rapid and the patient will have to remain in a natural position with his arms relaxed at his sides. The back must be bare and the intergluteal sulcus visible.
Spine3D analysis parameters
- Length, inclination and imbalance of the spine along the coronal, sagittal and transverse planes
- Spinal deviation and rotation
- Cervical arrow and lumbar arrow
- Angle and depth of lordosis and kyphosis
- Inclination and height difference of the shoulders and pelvis
Data acquisition
The analysis will be performed by placing the patient at 110 cm from the camera, a position facilitated by the positioner supplied. The acquisition of the patient's back will be very rapid and the patient will have to remain in a natural position with his arms relaxed at his sides. The back must be bare and the intergluteal sulcus visible.