​Anesthesia & Vascular


Model: Femoral Vascular Access & Regional Anesthesia Trainer

Quantity: 4 


Gain proficiency using ultrasound for regional anesthesia procedures of the femoral nerve as well as guide catheter insertions in the femoral artery and vein.



Model: Regional Anesthesia & Central Line
Quantity: 4 


Perform complete central line placements of the internal jugular and subclavian vein - including needles, guidewires, dilation, and threading of catheters.



Model: Regional Anesthesia Ultrasound Training Block Model
Quantity: 8 


Acquisition and interpretation of sonographic images of nerves and vessels as well as developing the psychomotor skills of guiding needles to simulated nerves and vessels in the human patient.


Vascular


Model: Branched 2 Vessel Ultrasound Training Block Model
Quantity: 4 


Ultrasound imaging skills include using ultrasound system controls, transducer positioning and movement, recognition of vessels in soft tissue, and using ultrasound to target the vessels for ultrasound guided vascular access procedures.



Model: Branched 4-Vessel (Adult & Pediatric)
Quantity: 4 


The branched vessels offer multiple training opportunities including independent linear vessels for initial training in addition to multiple overlapping branched vessels for more advanced ultrasound training.



Model: Ultrasound Central Venous Access Trainer        
Quantity: 10 


Realistic ultrasound-guided CVC landmark puncture pad with anatomically correct vein bifurcations simulates mechanical complications including pneumothorax, mislodging and artery puncture. Includes internal jugular, subclavian vein, and supraclavicular landmarks.



Model: PICC, IV & Arterial Line Vascular Access Ultrasound Trainer  
Quantity: 6


Training for a variety of PICC Line procedural skills from the needle insertion, ultrasound manipulation to the placement of the distal tip in the SVC. Both basilic and cephalic veins are prepared for access to set different levels of challenges in cannulation.



Breast


Model: Breast Biopsy Ultrasound Model
Quantity: 4


Reproduction of a breast made from ultrasound material with three tumours for realistic punctures and biopsies.



Model: Foreign Body Identification Ultrasound Training Model
Quantity: 4


Ultrasound block with 6 different foreign bodies for insertion: Pellets, shard of glass, nail, projectile, loose chippings and splinters of wood can be clearly detected and recognized.



Chest and Abdomen


Model: Thoracentisis & Pericardiocentesis
Quantity: 2


Practice ultrasound guided pericardiocentesis or thoracentesis on a torso.



Model: Midscapular Thoracentesis
Quantity: 2


Gain proficiency in using ultrasound to identify and guide needle and small gauge catheter insertions for pleural effusions for diagnostic and/or therapeutic purposes.



Model: Paracentesis Ultrasound Trainer  
Quantity: 4


Practice positioning, recognition of anatomical landmarks and pericardial fluid under ultracound scanning. 



Model: Renal Biopsy Ultrasound Trainer
Quantity: 1


Percutaneous renal biopsy ultrasound training model allows for the repeated needle biopsy using core needle biopsy or needle aspiration techniques.



Model: SonoSim, Livescan Add-on
Quantity: 6, 3


Use a special probe to evaluate 3D augmented reality displays of anatomy, organs, and surrounding structures in real time. The Livesan Add-on contains case packages and allows creation of new cases.



FAST


Model: Wearable Ultrasound FAST & eFAST      
Quantity: 2


Simulates ultrasound used during the FAST (Focused Assessment with Sonography for Trauma) and eFAST exams to diagnose patient pathologies and identify anatomical landmarks for exam window locations.



Model: Virtual Reality Ultrasound FAST Exam Simulator          
Quantity: 6


3D/4D cardiac ultrasound scanning and multiplanar reconstruction (MPR) with dynamic and realistic heart animation with over 80 pathologies.



Musculoskeletal


Model: Musculoskeletal Ultrasound Training Model 
Quantity: 4


Incorporates all of the anatomy associated with MSK joint injections and aspirations of the knee; designed for both ultrasound guided and blind insertion procedural training.



Model: Bone Fracture         
Quantity: 1


Ultrasound imaging skills include using ultrasound system controls, transducer positioning and movement, recognition of bone fractures, and manipulation of fractured bones to recognize and identify normal versus abnormal imaging characteristics.



Neurological


Model: Lumbar Puncture and Spinal Epidural Ultrasound Model
Quantity: 4


Use ultrasound or blind insertion techniques while performing lumbar puncture or epidural procedures to access the epidural or subarachnoid space.