Computer tomography

54 Products
CT Prostate Phantom
Resourceful model for therapy planning for prostate cancer.AnatomyOrgans: prostate, urinal bladder with simulated internal fluid, seminal vesicles and rectum.Bones: L4, L5, pelvis and femurs (partial).SpecificationsSet Includes: 1 prostate phantomSize: 35 cm
New
Compressible mammography phantom
This phantom is made of soft material and allows the breast to be compressed for mammography (maximum 140N). Due to the three-dimensional structure of the simulated mammary gland fibers and tumors, realistic medical images can be taken. It is suitable for evaluation under different scanning conditions and settings.Suitable for mammography and tomosynthesis - for training and quality assuranceThe phantom has simulated targets and sizes 2, 4, 6, 8 and 10mm. These are available in high and low density and are located on three different levels.The pathology can be changed by rotating the phantom.
Zusatzschalen für R16511

€3,935.33*
Chest phantom for X-ray and CT
This multipurpose training model can be used for training in x-ray and Computer tomography. It is suitable for training of making radiographs as well as for image interpretation training. Additionally it can be used for assessment of x-ray and CT systems. All model structures are made of materials that have x-ray absorption rates close to human tissue. The model can be opened and artificial tumors can be inserted into the lung. 15 different tumors are supplied with the model.This phantom shows a male adult, 56 years old, body height 170 cm, weight 56 kg, BMI 23.
Breast Phantom for Mammography and Breast Tomosynthesis
Breast phantom with adipose and glandular tissue. This breast phantom was designed to simulate breast imaging in mammography and breast tomosynthesis. It represents a compressed breast of 4 cm thickness that can be placed under the compression paddle. This phantom provides a realistic simulation of breast imaging. It was developed for testing and optimizing dose and image quality and for training of medical and technical staff. The phantom is manufactured from virtual data* containing adipose and glandular tissue. The models are handmade unique piece, which can differ slightly in size and design. The phantom can be provided as one-piece anthropomorphic phantom or in a sectional design. Dosimeter openings and pathologic features can be included upon request.Size: 15x11x4cm* References Breast Phantom:1. Graff, C.G., "A new open-source multi-modality digital breast phantom," Proc. SPIE 9783, 978309 (2016).2. Ikejimba, L.C., Graff, C.G., Rosenthal, S., Badal, A., Ghammraoui, B., Lo, J.Y. and Glick, S.J., “A novel physical anthropomorphic breast phantom for 2D and 3D x-ray imaging,” Medical Physics 44(2), 407-416 (2017).
Simulation Set Subsolid Nodules No. 1 - 7, concentric
The Subsolid Nodules Simulation Set is a set of simulated nodules designed for study and training in Ground-Glass Opacity (GGO) detection and interpretation and includes No. 1 to 7, concentric, mixed GGO. The simulated nodules can be attached to the pulmonary vessels on the chest phantom R16511.

€4,629.10*
Simulationsset Subsolide Herde, Nr 8 - 10, exzentrisch
The Subsolid Nodules Simulation Set is a set of simulated nodules designed for study and training in Ground-Glass Opacity (GGO) detection and interpretation and includes No. 8 to 10, eccentric, single solid field, mixed GGO. The simulated nodules can be attached to the pulmonary vessels on the chest phantom R16511.

€2,043.23*
Simulation Set Subsolid Nodules No. 11 and 12, eccentric
The Subsolid Nodules Simulation Set is a set of simulated nodules designed for study and training in Ground-Glass Opacity (GGO) detection and interpretation and includes No. 11 and 12, eccentric, double solid field, mixed GGO. The simulated nodules can be attached to the pulmonary vessels on the chest phantom R16511.

€2,120.58*
Simulation Set Subsolid Nodules No. A to H, pure GGO
The Subsolid Nodules Simulation Set is a set of simulated nodules designed for study and training in Ground-Glass Opacity (GGO) detection and interpretation and includes No. A to H, pure GGO. The simulated nodules can be attached to the pulmonary vessels on the chest phantom R16511.

€1,666.00*
CT Torso Phantom
A one-piece anthropomorphic torso phantom with anatomical structures allows various CT approaches including helical scanning.Along with state-of-the-art synthetic bones, brain with cerebral ventricles, eye balls, lungs with three dimensional pulmonary vessels, trachea, liver with portal and hepatic veins, kidneys, gallbladder, pancreas, spleen, aorta, cava, ureter, urinary bladder, prostate, rectum, sigmoid colon are embedded. Each individual organ has particular Hounsfield number which corresponds that of human body. The original phantom material with radiation absorption approximate to human tissue allows scanning under actual clinical setting.
CT Abdomen Phantom
This unique anthropomorphic upper abdomen phantom allows obtaining CT images approximate to clinical data. The elaborate anatomy of organs allows a multi-dimensional approach. Liver, portal vein, bile duct, hepatic vein, hepatic artery, kidneys, pancreas spleen and IVC are embedded along with synthetic bones. Each individual organ has a particular Hounsfield number close to human organ. Embedded anatomical structures are Lungs (no internal structure), Heart (no internal structure), liver, portal vein, bile duct, hepatic vein, hepatic artery, kidneys, pancreas, spleen, IVC, spinal column, ribs. Vessels and organs with a contrast agent can be included as a special order.
Pediatric Chest Phantom
Imaging and dosimetry for radiosensitive 5-year-old. Chest X-ray is one of the most common examinations in pediatric radiography. This Pediatric Chest Phantom is designed to find out optimal parameter and protocols to minimize radiation exposure to children.The phantom has two kinds of interchangeable lung inserts. The lung vascular insert can be used to study image quality in relation to CT / X-ray protocols. The lung density insert allows users to evaluate dosage distribution in the lung field.Features:- Two types of interchangeable lung inserts are available.- lung vascular insert and lung density insert.- Pencil-shaped ion chamber for CTDI can be set in the mediastinum.- TLD or RPL dosimeters can be set in the thyroid block and the Lung density insert.- Lung vascular inserts with pulmonary vessels provide life-like radiographs.- Detachable internal structure allows insertion of variety of pathologies and targets.- Simulates a life-size chest of 5- year-old.Anatomy:Rib, clavicle, spine, mediastinum, scapula, sternum and pulmonary vessel (lung vascular insert only)Applications:- Pediatric Chest X-ray- Pediatric Chest CT- DosimetrySet Includes:- 1 five-year-old chest torso• main body: synthetic bones are embedded• thyroid block• diaphragm block- 1 lung density insert: mediastinum, lung fields (L+R)- 1 set of sample images- 1 instruction manualSize: 32 x 17 x 38 cm, weight: 6 kg
Angiographic head model
This model consists of a synthetic human skull which is embedded in a plastic head. In the left half of the skull the anterior and middle cerebral artery are represented and filled with contrast medium. The diameter of the arteries range from 0.5 mm to 4 mm.

€10,589.81*
Radiation Therapy Phantom
This phantom is developed for the treatment planning and machine adjustment in the radiation therapy. The body consists of 3 cm slices with a 3 x 3 cm hole matrix for inserting glass dosimeters. The model material has a natural radioparency allowing the correct adjustment of the machines. This makes it ideal for planning and machine adjustment. The phantom has a holding and fixation frame which allows to position the phantom exactly.
Lung Cancer Screening Model
This Phantom is a CT phantom developed to facilitate optimizing the radiation dose and other scanning conditions for lung cancer screening CT examination with Helical CT or MDCT, which is aiming at early detection of lung cancers. As the screening is usually done on healthy people, the necessity of minimizing the exposure while maximizing the image quality is considered to be particularly high. The phantom is designed to set conditions for detection of small early lung cancers such as GGA, which are difficult to be found by plain X-ray. Anthropologic structure of the phantom provides life-like images allowing operators visual evaluation, while quantitative evaluation on radiation dose and density curve of the image can be done stimulatory with a single scanning.The model consists of a life size torso with arm up position and has the following internal structures:- Bones- Simulated tumors on sections of three lung area:- Apical portion of the lungs- Bifurcation of the trachea- Base of lungs- Dose meter hole (13 mm dia., on the central axis of the phantom)- 1 8-step linearity phantom- 8 steps of 30mm dia. density samples are embedded
Radiation therapy phantom child
This child phantom has different lifelike densities for tissue, bones and lungs. It is cut into slices and has holes for dosimeters.The size is 60cm. Delivery with holding and fixation frame.
CT Knee Ligament Phantom
Detailed Knee anatomy with HU of each bone, cartilage and ligament. This anthropomorphic knee phantom allows the visualization of ligaments and cartilage. Close-to-human radiation absorption and HU for each anatomical structure as well as realistic artifacts. It shows femur, tibia, fibula, articular cartilage of patella, meniscus, cruciate ligament, medial collateral ligament, fibular collateral ligament and articular cartilage. Can be used for CT and plain X-ray.

€9,721.11*
Stomach Phantom
Stomach phantom for double contrast gastrography. This life-size distended stomach with pathologies is modelled from real specimens. Barium can be filled into the stomach for imaging. Pathologies include early cancer and gastric ulcer.
Head and neck phantom for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The head phantom provides an extremely realistic simulation of a head and neck CT angiography (with arterial contrast) of a patient with an arteriovenous malformation on the right side. The phantom is delivered true to the original scale and includes the cervical spine up to the base plate of the fifth cervical vertebra.Size: 19x23x27cm
Abdomen phantom for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is mainly to be used with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The phantom provides a highly realistic simulation of a contrast medium enhanced abdomen (late arterial phase) of a patient. The phantom covers the abdomen from the tenth thoracic to the fourth lumbar vertebra. The liver and both kidneys are fully included.Size: 27x18x17cm
CT Colonography Phantom
Innovative study tool for safe and effective CT colon screening. Cylindrical colon units with targets that represent polyps can be set at the position of ascending colon, descending colon and rectum in the life-size lower torso phantom. The phantom includes four types of colon units for evaluation. Each unit has six targets lining in sequence on the inner wall of the unit. Contrast agent can be filled into the colon units for tagging. Pencil shaped ion chambers can be inserted in the center of the phantom for CTDI measurement. The phantom is suitable for virtual colonography, visualization and detection of targets, study on optimal dose for low dose CT colonography, evaluation of accuracy ofmeasurement (size, volume) and for studying the optimal density of contrast media.
Abdomen phantom child for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is mainly to be used with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The phantom provides an extremely realistic simulation of an abdomen with contrast medium (portal venous phase) of a child with a flat vertebra (first lumbar vertebra). The phantom provides realistic tissue contrasts (with portal venous contrast) in the X-ray imaging. The phantom includes the abdomen of the tenth Thoracic vertebrae up to the base plate of the fourth lumbar vertebra including the complete liver and both kidneys.Size: 20x16x12cm
Multi-Energy Ct Quality Assurance Phantom, larger version
Water Equivalent Material, various inserts and empty container enable to verify the appropriate Multi-Energy CT settings.Empty containers allow the insertion of various test items in Multi Energy CT. Save time and efforts to create custommade water phantoms. This phantom is the larger version (363x262x180mm) of the two different available body sizes.This phantom can be used for ME-CT image analysis protocol, metal artifact reduction and reduction of contrast media.With this phantom the following parameters can be evaluated: uniformity, signal-to-noise ratio (SNR), Image contrast and CT dose index (CTDI).
Multi-Energy Ct Quality Assurance Phantom, smaller version
Water Equivalent Material, various inserts and empty container enable to verify the appropriate Multi-Energy CT settings.Empty containers allow the insertion of various test items in Multi Energy CT. Save time and efforts to create custommade water phantoms. This phantom is the smaller version (300x200x180mm) of the two different available body sizes.This phantom can be used for ME-CT image analysis protocol, metal artifact reduction and reduction of contrast media.With this phantom the following parameters can be evaluated: uniformity, signal-to-noise ratio (SNR), Image contrast and CT dose index (CTDI).
Pelvic phantom with femoral neck fracture for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The Pelvis Phantom provides a realistic simulation of a native male pelvis with a slightly dislocated femoral neck fracture on the left side. The phantom includes the entire pelvis and the fifth lumbar vertebra.Size: 27x17x16cm
Bone Scintigraphy Quality Assurance Phantom
An innovative QA phantom for Bone Scintigraphy, Bone SPECT/CT and NaF-PET. The phantom can represent either thoracic or lumbar regionby changing the filling of side cavities. Visual evaluation includes tumor detectability, image distortion and artifact. Quantitative Evaluation such as Contrast and count ratio between vertebral body and tumor concentration linearity and recovery coefficient in the tumor, statistical noise, FWHM at the spinous process (relative index of resolution). Additionally verification of scattering correction and attenuation correction is possible.
Pelvic phantom with coxarthrosis for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The phantom provides a realistic simulation of a native female pelvis with advanced coxarthrosis deformans on the right side. The phantom includes the entire pelvis and the fifth lumbar vertebra.Size: 27x17x17cm
CT ERF Phantom HIT
A phantom designed for physical evaluation of iteratively reconstructed images under low CNR. The phantom is designed to physically and quantitatively evaluate iteratively reconstructed images in the low CNR area, such as the abdomen, where MTF of PSF is less useful comparing to high CNR area. The phantom requires edge spread function (ESF) to calculate MTF of the low CNR images, which facilitate assessing performance properties of iteratively reconstructed images under low CNR.
Hand phantom for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The hand phantom provides an extremely realistic simulation of a hand. Pathologies (e.g. fractures, calcifications, bones and soft tissue tumors) can be integrated on request.Size: 6x11x20cm
Tomosynthesis Phantom NS
Allowing evaluation of reconstruction slices and uniformity in the measurement of slice thickness through showing the images numerically and graphically. It comes with three units, one for verification of reconstruction interval, one for slice thickness and one for uniformity.

€2,996.42*
Foot phantom for CT, X-ray and radiation therapy
This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The foot phantom provides an extremely realistic simulation of a foot. Pathologies (e.g. fractures, calcifications, bones and soft tissue tumors) can be integrated on request.Size: 10x12x25cm
Lungs of Urethane for Radioisotope for R16511
This RI container insert can be set in the chest phantom in place of the standard inserts allowing wider research applications including PET/CT fusion evaluation.

€127.33*
CT-DI Phantom (Head and Body Phantom)
A set of phantoms for CTDI-100, conforming to requirements in 21CFR1020.33, IEC61223-3-5:2004, and IEC61223-2-6:2006 as consistency test. Represents an adult head and body as well as a paediatric body. The parameters that can be evaluated are the computed tomography dose Index (CTDI) and the dose profile.
Simulation Set Subsolid Nodules 3D GGO
The Subsolid Nodules Simulation Set is a set of simulated nodules designed for study and training in Ground-Glass Opacity (GGO) detection and interpretation and includes 3D GGO. The simulated nodules can be attached to the pulmonary vessels on the chest phantom R16511.

€410.55*
CT QA Phantom JCT II
Improved CT QA phantom for initial test at the time of first commissioning, as well as for follow-up periodical quality check of CT scanners. Thephantom can be used for QA tests according to JIS Z 4752-3-5:2008 (IEC61223-3-5) and Z 4752-2-6:2012 (IEC61223-2-6:2006). It offers the following evaluation parameters: Slice thickness, spatial resoluition, low contrast resolution, noise, mean.
Multi Slice CT Phantom MHT
This phantom can be used for features of CT evaluation such as high and low contrast resolution, feed direction and CTDI.The non-aqueous/easy setup allows a liquid-free evaluation session. This phantom is designed to allow evaluation in volume scanning . The evaluation parameters are: CTDI, contrast resolution, sensitivity profile, CNR, effective slice thickness and SSPz.
Liver RI container for Radioisotope for R16511
This RI container insert can be set in the chest phantom in place of the standard inserts allowing wider research applications including PET/CT fusion evaluation.

€2,438.31*
Ladder Phantom
Evaluation of spatial resolution if simulated contrast enhanced vessels in CT. In each of the 5mm thick plates of this phantom there are 5 slits of 5mm length to represent vessels. Nine variations of vessel width are included and can be used in the phantom. The phantom can be usedfor evaluation of spatial resolution of simulated contrast enhanced vessels in CT.
Gall Bladder RI container for Radioisotope for R16511
This RI container insert can be set in the chest phantom in place of the standard inserts allowing wider research applications including PET/CT fusion evaluation.

€656.88*
Pulmonary nodule RI container for Radioisotope for R16511
This RI container insert can be set in the chest phantom in place of the standard inserts allowing wider research applications including PET/CT fusion evaluation.

€1,088.85*
CT-AEC Phantoms, Complete Set
Four types of phantoms designed for evaluation of CT-AEC performance.? The image quality can be evaluated by noise and standard deviation on the phantom section images.? Cone Phantom: evaluates performance of AEC for different patient sizes and gradual size changes in size along the axis? Elliptical Cone Phantom: in combination with the Cone phantom facilitates evaluation of XY AEC? Variable-XY Phantom: evaluates performance of XY AEC as cross section changes from circular to elliptical? Stepped Phantom: evaluates the performance of the AEC to sudden changes in patient’s cross section
Mediastinum with left myocardium RI container for Radioisotope for R16511
This RI container insert can be set in the chest phantom in place of the standard inserts allowing wider research applications including PET/CT fusion evaluation.

€3,266.55*
CT-AEC Cone Phantom
Phantom designed for evaluation of CT-AEC performance.? The image quality can be evaluated by noise and standard deviation on the phantom section images.? Evaluates performance of AEC for different patient sizes and gradual size changes in size along the axis
Elliptical Cone CT-AEC Phantom
Phantom designed for evaluation of CT-AEC performance.? The image quality can be evaluated by noise and standard deviation on the phantom section images.? Elliptical Cone Phantom: in combination with the Cone phantom facilitates evaluation of XY AEC
CT-AEC Phantom Variable-XY
Phantom designed for evaluation of CT-AEC performance.? The image quality can be evaluated by noise and standard deviation on the phantom section images.? Variable-XY Phantom: evaluates performance of XY AEC as cross section changes from circular to elliptical
CT-AEC Phantom, stepped
Phantom designed for evaluation of CT-AEC performance.? The image quality can be evaluated by noise and standard deviation on the phantom section images.? Stepped Phantom: evaluates the performance of the AEC to sudden changes in patient’s cross section
Dynamic Cardiac CT Phantom MD-CT
For evaluation and research in ECG gating cardiac and thoracic CT. The heart model is made of human tissue substitute. Simulated coronary arteries including stenosis can be attached to the wall of the phantom heart. The phantom generates pulses that are synchronized with the cardiac movement for ECG gating. The controllable parameters include the pulse rate, ejection volume and ejection fraction. The phantom is controlled by a touch panel.Currently without CE mark.
Dynamic Thorax Phantom
Anthropomorphic chest phantom for respiratory gating. This phantom can also be used for dosimetry and radiation therapy. Thermoluminescent dosemeters can be inserted in nodules position for radiation therapy. Simulated nodules can also be inserted. Six preset respiratory patterns are included, respiratory patterns can be modified and saved. Up to three respiratory patterns can be run in sequence.The controllable parameters are:? Respiratory Rate (6 - 24 cylces/min.)? Movement of diaphragm (0 - 38mm)? Linear movement of nodule unit (38 - 64mm)? Rotation of nodule unit (50 - 70 degrees)Currently without CE mark
Dynamic Heart and Lung Phantom
This phantom represents movement of the heart, lungs and pulmonary nodule. The pulmonary nodule and the diaphragm move independently with the respiratory cycle. A three dimensional movement of the pulmonary nodule (linearly and rotationally) can be simulated. The respiratory movement of the abdomen is simulated as well as systolic and diastolic movement of the heart. Coronary arteries including stenotic examples are shown. The phantom can be connected to an ECG for ECG gating. The phantom can be used for respiratory gated chest CT, tumor tracking in radiotherapy and ECG gated cardiac CT.
Digital Mammographic Phantom NCCE (fall)
This phantom is designed to evaluate CT-AEC performance. Image quality can be evaluated by noise and standard deviation on the phantom section images. The outer shape of the phantom simulates a compressed breast with D cup size. Targets include simulated microcalcifications, nylon fibrils, acrylic disks, an aluminium ring, Teflon disks, a Teflon ruler (slope) and a resolution test chart with 21 steps with different hydroxyapatite content. Steps range from 0 to 400 mg/cm , with 20mg/cm difference each.

€9,540.23*
Whole Body CT Phantom
A unique, life size whole body phantom for CT provides a variety of educational application as well as visual evaluation in finding out optimal scanning conditions. The phantom can also be used for plain X-ray, showing life-like images. No metal parts or liquid structure are used. Main joints have close-to human articulation, allowing various positioning for training. The phantom can be disassembled into 10 parts. Improved shoulder joint system enables the phantom to take arm-up position. Organs are anatomically correct and have appropriate HU numbers.Patient positioning:- Shoulders: rotate through a full 360 degrees in the sagittal plane, approx. 180 degrees to side-ways.- Hip joints: rotate forward up to approx. 90 degrees, then abduct up to 45 degrees each.- Knees: bend up to approx. 90 degrees.- Elbows: bend up to approx. 90 degrees.- The phantom can be held in the supine frog leg position.- The limbs and head are detachable at joints and neck for wider applications.- The head supporter facilitates various head positions.Internal Organs:- Head and Trunk- Synthetic skull- Cervical vertebrae- Brain- Vertebrae- Clavicles- Ribs- Sternum- Scapula- Coxal bones- Femurs- Lungs with pulmonary vessels- Trachea- Liver with portal and hepatic veins- Pancreas- Kidneys- Gallbladder- Spleen- Aorta- Vena Cava- Ureter- Urinary bladder- Prostate- Rectum- Sigmoid ColonPhantom materials:Radiology absorption and Hounsfield number approximate to human body.
CT Whole Body Phantom with Pathologies
Combine theory with practice with pathological findings in this hands-on training phantom. Based on the CT Whole Body Phantom R16950 this phantom offers a variation of pathologies:? Brain tumor? Subarachnoid hemorrhage? Pulmonary tumor? Hepatic tumor? Pancreatitis? Gall stone? Kidney stone? Appendicitis? SpondylolisthesisThe phantom can be separated into 10 parts.
CT Newborn Whole Body Phantom
A brand new neonate for CT training has come into the world. It can be used for CT and plain X-ray, Dosimetry, Autopsy imaging and positioning. It has the HU of an average newborn, a hole for an ion chamber, a clenched left hand an open right hand. The limbs rotate 360°. The anatomy includes skull, spine, clavicles, scapulae, ribs, humerus, radius, ulnae, hand bones, femora, tibiae, fibulae, foot bones, pelvis, lungs,mediastinum and colon. Size: 53 cm.
Transport Case Set for Full Body Phantoms
Sturdy transport and storage case set of two cases for the phantoms R16900 or R16950. One Case fits the body of the phanomt, the oter case fits the head and limbs. With matching upholstery and rollers for simple and safe transport.

€3,567.62*

Progress in medical technologies through imaging techniques!

Imaging techniques play a crucial role in medical training as they offer students a comprehensive insight into diagnostics and the progress of medical technologies. Erler- Zimmer produces exclusive X-ray phantoms with real human bones for ideal imaging as in real patients. The basics of imaging form the foundation for medical diagnosis. Here, students learn about the various procedures, from tried-and-tested X-ray imaging to state-of-the-art magnetic resonance imaging (MRI) and innovative technologies such as computer tomography (CT). This diversity gives future doctors a broad perspective on the possibilities of diagnostic imaging. From the detailed representation of bone structures to the visualisation of complex blood vessels using angiography - students gain an insight into the various specialisations that these technologies make possible. Thanks to our production in Germany, we can also offer you customised X-ray, ultrasound and computer tomography. 

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