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The is an excellent training phantom for the introduction and improvement of the techniques and psychomotor skills associated with successful ultrasound-guided vascular accessing. The unique material is flesh ...
for R&D is an example of a feature that can be implemented to any location in the brain and/or blood vessels. The features shown on the image is made out of our proprietary blood vessel mimicking material with ...
Temporal bones of the head phantom are small phantoms with a three-layered bone structure similar like an actual skull bone (cortical bone on top and bottom and diploe in the middle). Upon request, we can adjust the ...
  for R&D is a perfect example of a feature that can be implemented to any location of the brain or simply submerged in a brain mimicking material used to fill the skull or head phantom. The features shown on ...
  for R&D are designed based on an average anatomy of human brain ventricles and they are fabricated using a novel 3D printing technology. They can be implemented in the phantom in two versions: 1) As an ...
s are used for medical imaging research & development, training, and testing purpose(s). These can be customized in multiple ways to suit the needs of our client’s applications. The following are the features ...
is designed based on average brain anatomy and it is made out of realistic tissue mimicking materials suitable for both Ultrasound and MRI applications. The feature can be incorporated into the brain phantom or simply ...
for R&D or Epidural aneurysm is an example of a feature that could be implemented to the head or brain phantom at any location. The feature is made out of realistic tissue mimicking material suitable for ...
Brain blood vessel feature is designed based on the arterial brain vessels and it is made out of realistic tissue mimicking material suitable for Ultrasound, MRI and CT applications. The feature consists of the ...
is a membrane which divides left and right brain hemispheres and it is designed based on an average anatomy of an adult human brain. This feature is a perfect navigation point for medical brain imaging and it is made ...
The brain structure is created based on an average anatomy and dimensions of an adult brain. The parenchyma is be made out of a homogeneous material with customizable composition to suit the need of various biomedical ...
for R&D is an example of a feature that can be implemented to any location in the brain and/or blood vessels. The features shown on the image is made out of our proprietary blood vessel mimicking material with ...
Phantom can be used for medical imaging research and treatment planning of non-invasive HIFU brain surgeries. The design of this phantom is based on an average human male skull and it is made out of realistic patented ...
Blood Vessels for R&D can be fabricated as a stand-alone phantom or a feature implemented to any location of the brain. They can be also simply submerged in a brain mimicking material used to fill the skull and/or ...
s for R&D is a feature that can be implemented to any location of the brain or simply submerged in a brain mimicking material used to fill the skull or head phantom. The vessel network shown on the image is made out ...
for R&D is a feature that can be implemented to any location of the brain/blood vessels or simply submerged in a brain mimicking material used to fill the skull or head phantom. The features shown on the image is ...
for R&D Various foreign object can be incorporated within the skull directly in to the brain tissue or to any other location of the phantom. The objects can mimic different materials such as bullets, shrapnel and ...

Medical simulators -

Radiological phantoms are extremely advanced devices that reflect real and realistic clinical conditions, without the participation of actual patients. These devices allow you to practice and improve medical skills in the field of medical imaging procedures. Medical simulation is one of the popular education methods using specialized educational equipment - from trainers with a simple structure and functions, intended for learning simple, single medical procedures and tasks, through advanced phantoms, mannequins, simulators with a more complex structure - in the form of complete, e.g. whole patients faithfully reflecting the parameters and structure of real people. The main goal of medical simulation is to prepare future medical staff to work with real patients by creating the most optimal, safe and real training conditions that faithfully reflect the actual situation. The undoubted advantage of medical simulation is the shortening of the time required for proper preparation for the profession compared to traditional teaching methods. Medical simulators are one of the most necessary educational tools for students of various medical studies - doctors, nurses, paramedics, physiotherapists. Medical trainers can be used by students as a training tool for practical skills acquired during theoretical lectures. Thanks to them, the risk associated with inappropriate performance of a specific activity is reduced by one hundred percent.

Radiological phantoms:

Radiological phantoms, advanced models for simulating medical imaging procedures, include comprehensive phantoms, dedicated ultrasound, MRI, CT, X-ray, as well as models representing specific body parts and veterinary phantoms.
Radiological phantoms are used in various areas, such as quality control and device calibration, dosimetry and education in the area of proper positioning.
  • Radiological phantoms - anthropomorphic - anthropomorphic radiological phantoms are models that imitate the human body, made of materials with similar properties to the tissues of biological organisms. In contrast to the need to examine real patients, anthropomorphic phantoms allow for trials and experiments that help assess the optimal use of radiation, for example in new protocols or image reconstruction techniques. In addition, these radiological models are also used to train medical staff in the correct positioning of patients and taking accurate diagnostic images. Anthropomorphic radiological phantoms can be used to teach various imaging techniques and factors related to radiation exposure.
  • Radiological phantoms - calibration - radiological phantoms that perform a calibration function are usually cylinders or plates made of materials with precisely known densities. They are used to monitor the quality of medical images, ensuring that phantom image reconstructions reflect the correct density values. If deviations from these known values are noticeable, it may indicate the need for maintenance or repair of the imaging equipment.
Whole radiological phantoms are comprehensive models that reproduce the anatomical structures of the body. They are used to practice diagnostic procedures, improving the skills of medical staff and students, without the need to expose patients to radiation.
Ultrasound radiological phantoms are specially designed to simulate ultrasound examinations, with response to sound waves and the ability to practice various examination techniques.
Radiological phantoms for magnetic resonance imaging, computed tomography and X-ray are available in various variants that map specific anatomical areas, enabling realistic simulation of imaging procedures.
Radiological phantoms representing specific parts of the body enable focused training in specific diagnostic areas such as the head, brain, lower and upper limbs.
Veterinary radiological phantoms are dedicated to animal imaging studies, adapting to the specificity of animals in the process of training medical staff.
Radiological phantoms are characterized by advanced precision, enabling realistic simulation of clinical conditions and improving the skills of medical teams. They are a key tool in the educational process, contributing to raising the standards of health care and patient safety.
Thanks to current scientific research and constant monitoring of progress in the field of medicine, we are able to adapt our radiological models to the individual needs of the client, including specific pathologies and anatomical anomalies of internal body structures. Our ability to adapt to the changing demands of medicine allows us to deliver tools that meet the highest standards of quality and accuracy in the field of medical imaging.

Radiological phantoms - OpenMedis offer:

Our online store offers a wide selection of medical simulators for medical imaging. Below we present the most frequently selected models from our offer:
We encourage you to check out the full offer of radiological phantoms on our website.

Radiological phantoms - application:

  • equipment for medical facilities and hospitals
  • equipment for laboratories at universities as demonstration and training equipment
  • training equipment during training and courses in the field of medical issues
We recommend that you familiarize yourself with the full offer of medical simulators for learning medical imaging. Thanks to the wide range of our online store and the possibility of contact by phone and e-mail, you can easily assemble the appropriate set of medical devices and equipment that you need.
It is worth paying attention to medical simulators for physical examination and nursing phantoms, which, together with radiological phantoms, will create an ideal set to equip a research laboratory at a university.
If you have any questions or if the medical simulator for medical imaging you need is not available in the store, please contact us via e-mail or telephone.
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