We are proud to present the latest and most innovative technology for spinal care - 3D Spine. With a decade of experience in spinal health, we are leaders in the development and implementation of cutting-edge technological solutions to help you maintain a healthy spine and regain your quality of life.
What is 3D Spine?
3D Spine technology is a groundbreaking innovation that brings spinal care into the digital age. By utilizing the most advanced sensors and software, 3D Spine offers a detailed and three-dimensional analysis of posture and spinal health, allowing doctors and patients to gain a deeper understanding of the issue and make informed decisions for treatment.
Advantages of 3D Spine Technology
Maximum Precision: With the help of state-of-the-art sensors, 3D Spine offers an accurate analysis of posture and spinal health, eliminating speculation and guesswork.
Personalization: Every patient is unique, and 3D Spine allows us to tailor treatment plans according to the individual needs of each patient.
Continuous Monitoring: With 3D Spine, we can monitor the condition of the spine in real-time, ensuring that the treatment is effective and adjusting it if necessary.
Improvement of Quality of Life: A healthy spine means a life free from pain and discomfort. Our technology helps you regain mobility and enjoy a more active life.
Education and Awareness: 3D Spine helps you better understand the condition of your spine and the role of posture in your health, thereby promoting better awareness and prevention.
How Does It Work? The 3D Spine technology uses a network of advanced sensors strategically placed on the body to collect precise data about your posture and movement. This data is then processed by our high-performance software to generate a detailed and easy-to-understand three-dimensional analysis. This analysis serves as the basis for treatment planning and progress monitoring.
Report
The 3D Spine technology generates a detailed and three-dimensional report about an individual's spinal health and posture. This report contains valuable information about:Posture: The report thoroughly analyzes the patient's posture, identifying any imbalances or anomalies that may affect spinal health. For example, it may indicate if there is a deviation in the spine or shoulder imbalance.
Spinal Curvature: The report can highlight whether there is an abnormal curvature of the spine, such as scoliosis or hyperlordosis, which can lead to pain and discomfort.
Muscle Imbalances: The analysis can also reveal muscle imbalances that may affect posture and spinal health.
- CA: Cervical Apex - Maximum Curve Angle of Cervical Lordosis
- DL: Left Lateral Lumbar Fossa
- DM: Middle Point between DR and DL
- DR: Right Lateral Lumbar Fossa
- ICT: Cervico-Thoracic Inversion
- ILS: Lumbo-Sacral Inversion
- ITL: Trunco-Lumbar Inversion
- KA: Kyphosis Apex - Maximum Curve Angle of Dorsal Kyphosis
- LA: Lordosis Apex - Maximum Curve Angle of Lumbar Kyphosis
- RMS: Root Mean Square Value
- VP: Prominent Vertebra - Spinal Prominences of C7
Automatically Calculated Parameters by the Program on the Lateral Image
- Trunk length VPDM: The length of the segment connecting VP (Prominent Vertebra) and DM (Midpoint between DR and DL).
- Trunk inclination VPDM: The angle formed between the straight line passing through VP and DM and the vertical plane (on the sagittal section).
- Sagittal imbalance VPDM: The horizontal distance, along the sagittal plane, between VP and the vertical line passing through DM.
- Cervical lordosis depth CA-||KA: The distance between CA (Cervical Apex) and the tangent at KA (Kyphotic Apex), which is parallel to the VPDM line.
- Lumbar lordosis LA-||KA: The distance between LA (Lumbar Apex) and the tangent at KA (Kyphotic Apex), which is parallel to the VPDM line.
- Kyphotic angle ICT ITL: The superior angle formed by the tangents to the surface at ICT (Cervico-Thoracic Inversion) and ITL (Trunco-Lumbar Inversion).
- Lordotic angle ITL ILS: The superior angle formed by the tangents to the surface at ITL (Trunco-Lumbar Inversion) and ILS (Lumbo-Sacral Inversion).
Trunk length VPDM: The length of the segment connecting VP (Prominent Vertebra) and DM (Midpoint).
Coronal imbalance VPDM: The distance between DM and the vertical line passing through VP.
Trunk imbalance VPDM: Lateral deviation between VP and DM, the angle formed between the connection line of VP and DM and the vertical axis.
Shoulder obliquity SLSR: The distance between the horizontal axis passing through SL (Left Shoulder) and the horizontal axis passing through SR (Right Shoulder).
Shoulder tilt SLSR: Lateral deviation between SL and SR, the angle formed between the connection line of SL and SR and the horizontal axis.
Vertebral deviation RMS: On the frontal plane, the root mean square of the horizontal lateral deviation of the center of the vertebral body concerning the connection line between VP-DM.
Vertebral deviation (-): Convex to the left.
Vertebral deviation (+): Convex to the right.
Surface rotation RMS: The root mean square of the angle formed between the straight line passing through the center of the vertebral body and the apex of the corresponding vertebral prominence, and perpendicular to the frontal plane.
Surface rotation (-): The angle formed between the straight line passing through the center of the vertebral body and the apex of the corresponding vertebral prominence, and perpendicular to the frontal plane, with surface displacement to the left, resulting in right vertebral rotation.
Surface rotation (+): The angle formed between the straight line passing through the center of the vertebral body and the apex of the corresponding spinal prominence, and perpendicular to the frontal plane, with surface displacement to the right, resulting in left vertebral rotation.
Pelvis obliquity DLDR: The distance between the horizontal axis passing through DL (Left Lumbar Fossa) and the horizontal axis passing through DR (Right Lumbar Fossa).
Pelvis tilt DLDR: Lateral deviation between DL and DR, the angle formed between the connection line of DL and DR and the horizontal axis.
Coronal imbalance VPDM: The distance between DM and the vertical line passing through VP.
Trunk imbalance VPDM: Lateral deviation between VP and DM, the angle formed between the connection line of VP and DM and the vertical axis.
Shoulder obliquity SLSR: The distance between the horizontal axis passing through SL (Left Shoulder) and the horizontal axis passing through SR (Right Shoulder).
Shoulder tilt SLSR: Lateral deviation between SL and SR, the angle formed between the connection line of SL and SR and the horizontal axis.
Vertebral deviation RMS: On the frontal plane, the root mean square of the horizontal lateral deviation of the center of the vertebral body concerning the connection line between VP-DM.
Vertebral deviation (-): Convex to the left.
Vertebral deviation (+): Convex to the right.
Surface rotation RMS: The root mean square of the angle formed between the straight line passing through the center of the vertebral body and the apex of the corresponding vertebral prominence, and perpendicular to the frontal plane.
Surface rotation (-): The angle formed between the straight line passing through the center of the vertebral body and the apex of the corresponding vertebral prominence, and perpendicular to the frontal plane, with surface displacement to the left, resulting in right vertebral rotation.
Surface rotation (+): The angle formed between the straight line passing through the center of the vertebral body and the apex of the corresponding spinal prominence, and perpendicular to the frontal plane, with surface displacement to the right, resulting in left vertebral rotation.
Pelvis obliquity DLDR: The distance between the horizontal axis passing through DL (Left Lumbar Fossa) and the horizontal axis passing through DR (Right Lumbar Fossa).
Pelvis tilt DLDR: Lateral deviation between DL and DR, the angle formed between the connection line of DL and DR and the horizontal axis.
This type of report offers both the patient and healthcare professionals a deeper understanding of spinal health and posture and can serve as the basis for developing a personalized treatment plan. By utilizing 3D Spine technology, the ability to diagnose and monitor spinal health is enhanced, thereby helping to prevent and treat spine-related issues.
At Novak Healthcare, we are dedicated to improving your life through spinal health. With 3D Spine technology, we make this possible by offering cutting-edge diagnostic and treatment solutions tailored to the individual needs of each patient. Your spinal health is essential for a happy and active life. Join us on your journey to a healthy spine and a better life.
At Novak Healthcare, we are dedicated to improving your life through spinal health. With 3D Spine technology, we make this possible by offering cutting-edge diagnostic and treatment solutions tailored to the individual needs of each patient. Your spinal health is essential for a happy and active life. Join us on your journey to a healthy spine and a better life.
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Important information
- Osteoporosis Guide
- Scientific summary No.2
- Study-Brochure Spinomed
- Spine 3D
- About the manufacturer
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