Focused Assessment with Sonography for Trauma.The Adult FAST Torso phantom, is for ultrasound imaging, with a primary focus on the FAST (Focused Assessment with Sonography in Trauma) protocol. This highly realistic phantom replicates the intricacies of the adult torso, providing practitioners with a tool for refining their diagnostic skills. Specifically tailored to replicate trauma scenarios, it offers practitioners a lifelike environment to master the FAST protocol by identifying its various pathologies.The phantom is comprised of 3D-printed plastic bones. It also includes organs made from ultrasound-compatible tissue-mimicking material.Pathologies included in this phantom make it a great tool for FAST training.Anatomy: 3D Printed Plastic Bones: – Complete Spine – Complete Ribcage – Shoulders and Clavicles – Pelvis Structure – Partial Femur Bones – Kidneys – Spleen – Pancreas – Large and Small Intestines – Bladder – ProstateThoracic Organs: – Trachea – Heart with Four Chambers – Lungs Abdominal Organs: – Diaphragm – Liver – Gallbladder – StomachPathologies: Cholecystitis Aortic Aneurysm Lesions in the ColonInternal Hemorrhages: – Perihepatic – Perisplenic – Pericardial – Around the Bladder
This phantom has been developed to provide simulated training in FAST (Focused Assessment with Sonography for Trauma); an ultrasound examination directed at identifying the presence of free intraperitoneal or pericardial fluid in the traumatic patients, which allows detecting the possible cause of shocks such as mass hemothorax, intraperitoneal hemorrhage or cardiac tamponade. The phantom offers the following training opportunities:FAST Procedures:Internat hemorrhage at perihepatic, perisplenic, pelvis and pericardium area.Sonography for acute patients:Internal hemorrhage at pericardial, bilateral chambers as well as intraabdominal hemorrhage around the liver, the spleen and the urinary bladder. Pathologies including cholecystitis, an aortic aneurysm, a lesion on the colon.The images show the following ultrasound images:1. Cardiac tamponade2. Right upper abdominal bleeding3. Left upper abdominal bleeding4. Pelvic bleeding5. Pleural bleeding6. Peri-hepatic bleeding7. Abdominal aortic aneurysmThe model is supplied with carry case and tutorial DVD.Size: 61 x 30 x 30 cm,Weight: about 31 kg
This high fidelity training model allows practice of ultrasound with existing ultrasound – machines. It includes the anatomy of the abdomen as well as many pathologies. The model includes the liver (Couinnaud’s segments are visible), biliary tract, pancreas, spleen, kidneys, detailed vascular structures like aorta, vena cava, celiac artery and ist branches, portal vein and its branches, superior mesenteric vessels, renal vessels etc. Multiple cysts and tumors in this model give various training opportunities for advanced examination. The phantom can be scanned from all sides like a real patient.Size: 28 x 25 x 18 cm, weight 12 kg
Features:- Inanimate tool for training of a novice to demonstration by an expert.- Detailed hepatobiliary, pancreatic and other abdominal anatomy meeting requirement for excellent training: open intraoperative scanning of the liver, biliary tract, pancreas; laparoscopic examination of the biliary system for screening of stones and evaluation of hepatic and pancreatic lesions, etc.- Soft phantom materials allowing realistic probe manipulation.- Various simulated lesions including biliary stones and cysts, solid tumors (hypoechoic, hyperechoic and target-appearance) in the liver, pancreas, spleen and kidneys.- Detachable stomach and duodenum allowing various scanning methods of the bile duct and pancreas.- Container allowing water-immersion scanning for both contact and stand-off techniques, simulating real abdominal intraoperative and laparoscopic scanning (no ultrasound gel required).- Near real-size organs, structures and abnormal lesions.- Container with phantom fits in the laparoscopic trainer box so that laparoscopic ultrasound of organs is possible under direct laparoscopic view.- Durable long-life phantom materials.The phantom includes:the liver (segmental anatomy, portal and hepatic venous systems, ligamentum teres and ligamentum venosum), biliary tract (gallbladder, cystic duct, intrahepatic and extrahepatic bile ducts), pancreas (pancreatic duct), spleen, kidneys, detailed vascular structures (aorta, vena cava, celiac artery and its branches, portal vein and its branches, superior mesenteric vessels, renal vessels, etc.).Pathology includes:hepatic lesions (cystic and solid), gallbladder and bile duct stones, pancreatic tumors (one invading the portal vein), splenic lesions, both kidney lesions, and left adrenal tumor.
This model is perfect for the first education in ultrasound examination. It is a great tool for learning how to orientate in the upper abdomen and gives perfect images of all relevant organs and structures. In addition to liver, gallbladder, pancreas, spleen and vessels the lungs and ribs are represented in the model. The location of the organs and the thickness of the surrounding tissue are like in a real patient.Size: 28 x 25 x 18 cm, weight 12 kg
is applicable for both daily assessment and further research. It contains 10 line targets, four non-echogenic cylindrical targets and 7 kinds of gray scale targets.Size: 19 x 22 x 7 cm
This 20 part model of the upper abdominal organs represents exactly the anatomy that is inside the training models R16560 and R16570. This allows you to see the structures and organs three dimensional in front of you while you are scanning them in the training model. The single parts are: liver (can be separated into 8 segments), gall bladder, spleen, left kidney, vena cava, spine, large and small intestine, portalvein, bile duct and hepatic artery, pancreas, right kidney, abdominal aorta, hepatic vein and stomach.
The world‘s first pediatric ultrasound torso phantom. Pediatric FAST/Acute Abdomen Phantom provides opportunities of hands on training in ultrasound that is a crucial modality for radiosensitive children.Features:The phantom includes life-size 2-year-old thoracoabdominal organs, a bone structure, free fluid to learn FAST procedures and pathologies that are commonly seen in pediatrics. With this phantom trainees can acquire skills in basics of pediatric abdominal ultrasound.Pathologies:- Internal hemorrhage at perihepatic, perisplenic, pelvis, and pericardium area- Bowel intussusception, appendicitis and biliary dilatationSpecifications:Set Includes: 1 ultrasound phantom, 1 storage case, 1 tutorial manual (DVD)Size: 41 x 15 x 5 cm
Specialized phantom for high frequency sonography – around 10 MHz required in breast examination. The phantom includes four kinds of targets, gray scale, cyst, dot and 45° line targets. The Phantom includes two training blocks.
The phantom provides high quality training for routine second trimester screening. This phantom contains a 23 week fetus with full anatomy placed in the uterus that can be scanned with 2D and 3D transducers. The oval shape phantom abdomen can be set in four different positions to enrich the training variation. Included life-size fetus model facilitates demonstration and three dimensional understanding.
The innovative SonoEZ series consists of a lifelike material with excellent ultrasound capability, which provides extremely realistic ultrasound images.The bladder simulator is an ideal teaching platform for hospital and nursing home staff with the aim of reducing urinary tract infections caused by unnecessary catheterization.Life-size, with real skin feel, contains a bladder of approximately 250 ml, pelvic bones and pelvic symphysis. Ideal for learning bladder measurement and probe orientation. Size in stackable container: 16x18x24cm, weight: 3.65 kg
€1,844.50*
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.