The Facial simulator contains the following muscles:
Frontalis, Temporalis, O/Oculi, Risorius, Zygomaticus major & minor, Levator Labii, Buccinator, Alaeque Nasi, Orbicularis Oris, Labii Inferioris, Mentalis, ...
The newly designed detachable dog phantom is a training simulator, independent of external hardware/software. The phantom is compatible with Ultrasound, X-RAY/CT, and MR imaging. It has all the right features to be an ...
Anatomically correct phantom of a newborn's head. It was designed based on the average head of a newborn baby. Made of realistic tissue mimics, suitable for ultrasound maging.
The phantom consists of following ...
A professional model of the head of an adult human, designed to perform MRI, CT and ultrasound imagining.
These phantom are used for medical imaging (both static and flow) and for treatment planning for ...
A professional phantom head designed for medical imaging of foreign static objects, such as small bones, shards, spheres and other metal or non-metallic objects. It was designed based on a medium-sized man's head. Made ...
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 ...
This ultrasound model shows a left, life-size human knee with the following structures:
Femur, tibia and patella bones. Quadriceps tendon, patellar ligament, infrapatellar fat pad, synovium, prepatellar bursa, ...
This ultrasound model shows a life-size human shoulder with the following structures:
Humerus, scapula, clavicle, acromioclavicular ligament and biceps ligament.
The shoulder can be punctured with 27 gauge ...
Anatomically correct torso of the baby. It has been designed based on the average anatomy of a 40-week-old child and is made of realistic tissue-mimics that are suitable for ultrasonic imaging. It can be used for ...
Rat Phantom for R&D is an anatomically correct phantom of a mouse (rat) suitable for either X-Ray/Ultrasound/MRI imaging methods and it can be customized to excel in a selected imaging modality. It is a powerful ...
Full-size, realistic phantom torso of an adult human. It has the ability to imaging all organs. It was developed in order to provide high quality simulated ultrasound diagnostic training, especially for FAST training ...
The multiourpose phantom of the newborn's forearm with the possibility of IV perform under ultrasound guidance. Anatomically correct, highly realistic, it can be used for ultrasound training of intravenous injections ...
A professional, realistic head phantom designed for imaging the medical flow of blood in the skull. Phantom is designed based on a medium-sized man's head and is made of realistic materials that mimic human tissue. ...
Full-size, realistic phantom torso of an adult human. It has the ability to imaging all organs. It was developed in order to provide high quality simulated ultrasound diagnostic training, especially for FAST training ...
A professional, multipurpose brain phantom. Anatomically correct, made based on the average human brain, built from realistic materials that mimic human tissues. Phantom is intended for ultrasonography diagnostic (USG), ...
A professional brain phantom. Anatomically correct, made based on the average human brain, performed from realistic materials that mimic human tissues. Phantom is intended for ultrasonography diagnostic (USG), magnetic ...
A professional, multipurpose brain phantom. Anatomically correct, made based on the average human brain, built from realistic materials that mimic human tissues. Phantom is intended for ultrasonography diagnostic (USG), ...
Anatomically correct torso of the baby. It has been designed based on the average anatomy of a 40-week-old child and is made of realistic tissue-mimics that are suitable for ultrasonic imaging. It can be used for ...
A professional brain phantom. Anatomically correct, made based on the average human brain, performed from realistic materials that mimic human tissues. Phantom is intended for ultrasonography diagnostic (USG), magnetic ...
We would like to present you the opportunity to create your own specification, multipurpose brain phantom. The design of the model was made based on the average human brain of an adult. It is built of realistic ...
Realistic phantom of the head of an adult man with the possibility of detaching the skull calvaria. It was designed to take magnetic resonance imaging (MRI), CTomography, ultrasonography, X-ray pictures. It is also used ...
Detailed phantom about the precise anatomy of the human ear.
Application and advantages:
Managing and developing the production of equipment for noise reduction.
It can be made as a stand-alone ...
Anatomically correct newborn head phantom. Phantom is designed to imaging the medical flow of blood under the skull. It has been designed based on the average head of a newborn and is made of realistic materials that ...
The most advanced ultrasound phantom in the form of a torso for ultrasound diagnostics. It allows to perform emergency ultrasound (FAST) and the detection of various organ pathologies. ...
Anatomically correct phantom of a newborn's head. It was designed based on the average head of a newborn baby. Made of realistic tissue mimics, suitable for ultrasound maging.
The phantom consists of following ...
Full-size torophantom of an adult man. Realistic, anatomically correct. It has the ability to imaging all organs. It has been developed to provide high quality simulated ultrasound diagnostic training.
Main features: ...
Full-size torophantom of an adult man. Realistic, anatomically correct. It has the ability to imaging all organs. It has been developed to provide high quality simulated ultrasound diagnostic training.
Main features: ...
The multiourpose phantom of the newborn's forearm with the possibility of IV perform under ultrasound guidance. Anatomically correct, highly realistic, it can be used for ultrasound training of intravenous injections ...
Anatomically correct, highly realistic phantom of the upper limb (from mid-arm to hand) with complete bones that can be used for X-ray imaging.
Main features:
the ability to take X-ray images of the entire upper ...
Adult heart for multipurpose is a realistic artificial human heart that is majorly used by hospitals, researchers and medical schools for research & development as well as to train medical students and residents ...
Adult heart for multipurpose is a realistic artificial human heart that is majorly used by hospitals, researchers and medical schools for research & development as well as to train medical students and residents ...
The is designed based on an average human anatomy and it is made out of realistic patented bone material that is suitable for CT and anthropomorphic applications. It can be used for medical imaging research, radiology ...
X-ray/CT/MRI/USG Phatoms
Radiology phantoms or radiological simulators are highly specialized products used in medical imaging for quality control, equipment calibration, dosimetry and positioning education. They are ideal equipment for radiological laboratories of Medical Universities as well as schools educating in the field of radiology techniques. The main types of radiological phantoms are:
- anthropomorphic
- calibration
Radiological phantoms application, types the wide spectrum of applications of radiological phantoms includes quality control and calibration of equipment, dosimetry as well as education in the field of positioning.
Radiological phantoms - anthropomorphic: These are patient simulating objects made of materials with tissue properties similar to those of normal biological organisms. Due to their accessibility and similarity to real patients, radiological - anthropomorphic phantoms can be used for various tasks. Instead of imaging multiple patients, anthropomorphic phantoms can be used for trial and error to assess optimal use of radiation, for example in new protocols or image reconstruction techniques 1-3. Another purpose of these phantoms is to teach positioning in order to perform and correctly image. On the same premise, radiological - anthropomorphic phantoms can be used to teach personnel various imaging techniques or exposure factors. Recent advances in 3D printing technology are improving the development of radiological, anthropomorphic phantoms to better mimic tissue. Radiological - calibration phantoms
The radiological - calibration phantom is often a cylinder or plate with densities of already known values. They are used in quality control to ensure that the images reconstruct the imaged phantom to the correct density values. A deviation from these values may indicate the need to service the imaging equipment. Both human and veterinary phantoms are available on the market. They are mainly divided into full and partial. Among the comprehensive models there are full-size ones, resembling a human or a specific animal (e.g. a dog). These partials include models of skulls, limbs, torso, or individual internal organs. Each of the models has its own unique application depending on the specifications and needs of the customer.
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