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Flexible model of the spine
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Anatomical Models / Vertebral column/ spine models
A life-size model of the human spine with a removable pelvis and proximal femoral fragments.
Advantages:
Special assembly on a flexible metal spiral rod that makes the spine stable and at the same time ...
A life-size model of the human spine with a removable pelvis and proximal femoral fragments.
Advantages:
Special assembly on a flexible metal spiral rod that makes the spine stable and at the same time ...
High-quality, natural replica of the human spine with pelvis and femoral bone fragments. A special, flexible tripod enables demonstration of dysfunctions such as:
shortening of the ...
"Pocket" model of the spine. Perfect for seminars, trips or to the office.
Spine reduced by about half its natural size. All dice are shown separately. Movable model. ...
A flexible model of vertebral column in life size consisting of the occipital plate:
cervical,
thoracic and lumbar vertebrae;
sacrum; coccyx; ]
complete pelvis.
Features include representations ...
A life-size model of the human spine with a removable pelvis. For better distinction, the individual spine sections - cervical, thoracic and lumbar - are designed in different colors. The model is mounted on a flexible ...
A life-size model of the human spine with a removable pelvis. For better distinction, the individual spine sections - cervical, thoracic and lumbar - are designed in different colors. The model is mounted on a ...
A life-size model of the human spine with a muscle marking and removable pelvis.
Advantages:
Special assembly on a flexible metal spiral rod that makes the spine stable and at the same time very ...
A life-size model of the human spine with a muscle marking, removable pelvis and stand.
Advantages:
Special assembly on a flexible metal spiral rod that makes the spine stable and at the same time ...
A model of the spine with the chest, occipital bone, vertebral arteries, spinal cord, spinal nerves and movable chest. Intervertebral discs are made of special foam so that they behave like natural. Individual rings ...
High-quality, natural replica of the human spine with pelvis, chest and femoral bone fragments.
A special tripod enables demonstration of dysfunctions such as:
shortening of the limb
pelvic ...
Actual cast of a real human cervical spine, flexible mounted, with occipital bone, vertebral nerves, spinal cord, brain stem and nerve cord. Additionally the muscles of the cervical spine are represented. This ...
Actual cast of a real human pelvis with lumbar spine. The Spine / Pelvis model is flexible mounted, showing superficial, deeper and deep musculature of the lumbar spine. Additionally with spinal cord and spinal ...
The anatomical model presented here is a life-size cast showing the cervical spine C1 through C7 with the occipital bone flexibly attached, the spinal cord and outgoing spinal nerves. It enables demonstration of ...
A life-size cast showing the thoracic segment of the human spine (from TH1 oTH12), the spinal cord and the outgoing spinal nerves. Demonstrates intervertebral joints formed by the articular processes of the respective ...
The presented model is a life-size cast of the lumbar spine of the human spine (from L1 to L5) with the sacrum attached in a way that allows showing the mobility of the lumbar spine. The model also presents outgoing ...
The anatomical model showing the lumbar spine and pelvis. Everything is placed on a stable base. It is possible to remove the model from the base to present detailed anatomical structures. The intervertebral disks ...
Anatomical model of the lumbar spine from L1 to L5 with sacrum, detachable pelvis and femoral fragments. Shows outgoing spinal nerves.
Additional features:
It is mounted on the base.
Intervertebral ...
7 cervical vertebrae, 12 thoracic vertebrae and 5 lumbar vertebrae threaded loosely on rubber. Eminently suited to individual study of the isolated vertebrae with all structures, processes and joint surfaces. ...
The presented product is an anatomical model showing the joints of the upper cervical spine:
atlanto-occipital joint
atlanto-axial joint
the joints between the axial (C2) and the third cervical vertebra ...
This model of two lumbar vertebrae in about double life size has the opportunity to demonstrate a lateral intervertebral disc hernia. If the two vertebrae are pressed together, the inner core of the disc will be ...
Flexible spine model dedicated to physiotherapists, osteopaths, manual therapists, orthopedists. 1: 1 scale. Possibility to detach the pelvis.
Advantages:
Special assembly on a flexible metal spiral ...
A flexible life size vertebral column consisting of the:
occipital plate;
cervical,
thoracic and lumbar vertebrae;
sacrum; coccyx;
complete pelvis with symphysis;
and removable femur ...
The model presents 8 individual vertebrae of different sections of the spine
The model includes:
2 lumbar vertebrae,
2 thoracic vertebrae,
2 cervical vertebrae
atlas and axis
All structures, ...
This model consists of 4 vertebrae pairs and shows additionally to the normal condition three different pathologies: slight disc damage, prolapse with bone degeneration and advanced bone and disc degeneration. The ...
This model of a human lumbar vertebra is median sectioned and shows healthy bone structure on one side and osteoporotic bone structures on the other side. The model is assembled magnetically and can easily be removed ...
Model consists 3 lumbar vertebrae with intervertebral discs, spinal cord and emerging spinal nerves. One normal intervertebral disc is supplied, one intervertebral disc with a lateral prolapse and one intervertebral ...
Model consists 3 lumbar vertebrae with intervertebral discs, spinal cord and emerging spinal nerves. One normal intervertebral disc is supplied, one intervertebral disc with a lateral prolapse and one intervertebral ...
The highest quality natural cast of the human spine with a removable pelvis. The model is mounted on a flexible metal spiral hose, thanks to which the spine is stable and very flexible at the same time. The perfect ...
5 lumbar vertebrae with sacrum, additionally with removable pelvis and removable femoral stumps. With flexible stand, allowing demonstration of malpositions e.g. because of one-sided shortening of the leg. ...
The best quality cast of an adult male bones.
*the price is for one vertebra ...
The model shows a natural cast of the human spine of the highest quality with a removable pelvis. The intervertebral discs of this model are made of plastic and show a herniated disc between L2 and L3.
The ...
Anatomical Models - Vertebral column/ spine models
The human spine is one of the most important elements of the human body. It performs key functions in the body. For example, it is a site of muscle attachment, protects neural structures, supports body weight and ensures balance. The human spine consists of vertebrae connected to each other by intervertebral joints and ligaments. Functionally, the spine is divided into sections: cervical, thoracic, lumbar, sacral and coccygeal. According to literature data, spine diseases are one of the most common causes of temporary limitation of the ability to take up paid work. This condition entails high medical and social costs. According to the statistical report of the Central Statistical Office, in 2019 the most common diseases and chronic ailments, affecting over 25% of adults, were high blood pressure and lower back pain or other chronic back ailments. In the group of people aged 30-49, spine problems dominated, and in the group aged 50-59 they were the two most common, especially those of the lower section, which was complained about by 13.6% of people aged 30-39, 24.0 % aged 40-49 and 35.6% aged 50-59. With age, spine problems worsened.
Due to the numerous functions in the human body, the spine is also rich in various anatomical details. For example, as a place of attachment for muscles and ligaments, it has many important structures such as tumors, nodules, lines, eminences, concavities and cavities for the course of vessels, nerves and intervertebral connections. These structures are often very small and merge with each other, making it very difficult for medical students to learn the complex anatomy and biomechanics of the spine. Physical anatomical models of the spine may be helpful in this situation, as they are made in actual sizes and facilitate and speed up the learning process. Thanks to the imaging of the above-mentioned structures, it is possible to better understand the anatomy and biomechanics of the spine as well as its functions, and thus - faster achievement of the expected learning outcomes. We invite you to familiarize yourself with the full offer of comprehensive anatomical models of the spine, available in our OpenMedis online store. An anatomical model of the spine made on a 1:1 scale can also be useful in the patient education process when explaining the essence of a given problem and the method of treatment. For this purpose, anatomical models of individual sections of the spine will be very helpful. An example of a practical teaching aid useful in office settings is the disc herniation model, which can be used to explain the process of intervertebral disc herniation, indicate which neural structures are particularly exposed to the risk of pressure, and illustrate the treatment process. A thorough and precise explanation of issues related to a given disease entity, as well as the therapeutic process and subsequent prevention, has a positive impact on the mental well-being of patients and helps overcome anxiety related to a given surgical procedure.
Spine model - application:
Anatomical models of the spine find practical application mainly in the process of education in the field of anatomy. They are ideal for learning at home and during seminars conducted at universities or medical schools. Learning using teaching aids in the form of a spine model will be much more effective and the expected learning outcomes will be achieved much faster. Anatomical models are a useful solution for equipping anatomy laboratories of universities and medical schools. Visualizing anatomical structures on physical models enriches and makes the process of educating students in your Scientific Institutions more attractive.
Numerous positive aspects mean that the anatomical model of the spine can also serve as a decorative element of the office and serve as a demonstration for patients in the process of explaining the essence of a given problem and the method of treatment. The spine model is also useful during postgraduate training dedicated to physiotherapists, doctors, osteopaths and other medical professions. Thanks to their unquestionable advantages, spine models can be used by professional physiotherapists, doctors and as a teaching element in schools, medical universities or during postgraduate training. Thanks to the moving elements, the model becomes even more accessible for learning biomechanics or illustrating a given aspect to the patient. Validation studies and observations conducted by academic teachers indicate the validity of using anatomical models in the anatomy teaching process and emphasize the superiority of using physical models over virtual solutions.
Advantages of anatomical models of the spine:
The anatomical models of the spine available in our assortment are characterized by high durability and quality of workmanship. They are manufactured using the best quality materials, which, combined with innovative production techniques, enable accurate reproduction of individual anatomical details, important from the point of view of teaching in the field of anatomy. Hand-finished anatomical models are also characterized by a high degree of detail. The products are characterized by the highest quality and precision of workmanship. Another important advantage of the offered spine models is that they are made in actual sizes. The size of the physical model corresponds to the actual dimensions of the average human spine, thanks to which learning using the anatomical model increases realism and makes it easier to find individual details and remember information. The use of different colors to mark muscle attachments or individual sections of the spine allows for precise visualization of specific anatomical structures, which strengthens the topographic approach and allows for a better understanding of their functions. Based on radiological data, a series of models faithfully reflecting the human body were created. These advanced teaching aids are the equipment of anatomy laboratories of many Medical Universities in Poland and around the world. This is a modern solution used in many countries around the world. You are purchasing a proven, high-quality product that fully complies with the specification. Anatomical models of the human spine are ideal teaching aids for everyone who wants to deepen their knowledge of the anatomical structure and biomechanics of the human spine.
Functionality of spine models in the OpenMedis offer:
Thanks to their unquestionable advantages, the anatomical models of the spine offered by OpenMedis are characterized by functionality that allows them to be used for various purposes. One of the many positive attributes is the way individual coils are mounted on the flexible spiral rod. Thanks to this function, the spine model bends in all directions, enabling the demonstration of mobility, explaining the nature of posture defects and the behavior of intervertebral discs. Additionally, this method of installation allows training in locking and various spine adjustments. This is a particularly important function for physiotherapists teaching during Manual Therapy courses and orthopedic surgeons performing surgeries in the spine area.
Using a variety of colors to paint individual sections and markings of muscle attachments, the educational spine model available in our offer is perfect as equipment for anatomy laboratories and is also suitable for learning at home. The use of different colors allows you to visualize individual parts of the spine and makes it easier to remember the course of various anatomical structures based on their attachments, which improves the learning process. An excellent educational tool is a model of the spine with muscle attachments. Each spine model with muscle labels is supplied with an educational card containing the nomenclature of anatomical structures.
The undoubted advantage of flexible spine models is the way the intervertebral disc is made of special foam, which behaves naturally during movements, very close to the real one. This type of positive allows you to demonstrate the preservation of the disc and explain the essence of the discopathy in order to make you aware of the risk, e.g. of a root conflict.
It should also be noted that our spine models are made with great detail and individual structures can be easily palpated, which is extremely useful during palpation anatomy training, also available in the OpenMedis offer.
The special advantages of all spine models available in the OpenMedis offer include:
- Accuracy of workmanship (hand-finished)
- Durability (made of the highest quality materials)
- Learning the normal anatomy of the human spine
- Learning the topography of the anatomical structures of the spine and the mutual relations between them
- Flexible intervertebral discs behave like natural ones
- Possibility of locking (the spine stays in the position)
- Possibility to demonstrate posture defects
- Possibilities of detailed analysis of spine biomechanics and facet joint mobility
- Possibility of presenting and explaining pathologies - e.g. discopathy
What types of spine models are there on the market?
Due to the degree of detail, spine models can be divided into:
- conventional (low and medium fidelity models) - pictorially presenting anatomical structures and usually made using casting techniques. Examples of conventional spine models are shown in the photos below:
- unconventional (high fidelity) - produced, for example, by using radiological data in combination with modern 3D printing technology. They present human anatomy in detail. An example of a high fidelity anatomical model is the one below. The model presents a human torso visible from the dorsal side, in which the spine with the spinal cord and the branching spinal nerves are exposed.
Due to their dimensions, spine models can be divided into:
- Made in real size (1:1 scale). The average height of the spine model is 70 cm.
- Miniature spine models (desktop), perfect for office use (approx. 40 cm high).
All of the above types of anatomical models of the spine can be found in the OpenMedis offer. Our assortment also includes teaching aids depicting pathologies - e.g. a model of spinal tuberculosis. This is one of the products included in the unconventional series of 3D human anatomical models. We specialize in production and distribution as well as in comprehensively equipping anatomical laboratories of Medical Universities with teaching aids such as anatomical models. Thanks to many years of experience, supported by appropriate references, we can offer you professional advice and service. We will help you select appropriate anatomical models adequate to your needs and the University's profile. The validity of using physical anatomical models in the anatomy teaching process is confirmed by numerous anatomists, as well as the fact that anatomical models are superior to virtual solutions.
