Gen II Ultrasound Central Line Training Model - Medical Simulation Kit for IV Insertion Practice - Perfect for Nursing Students, Doctors & Healthcare Professionals
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DESCRIPTION
Gen II Ultrasound Central Line Training Model
Blue Phantom is proud to introduce the most realistic ultrasound central line mannequin available anywhere. Constructedutilizing our innovative LifeCast™ modeling approach, the external landmarks were cast from a live human while theinternal anatomy is based on digital human files. This ultra-durable ultrasound simulator incorporates all of theanatomy required to teach, learn and practice the skills associated with central line placement and was designed forboth ultrasound guided and blind insertion procedural training. Our self-healing tissue withstands tremendous use,minimizing the need for replacement parts. Blue Phantom’s new upper torso central venous catheterization model offersclinicians the most life-like training environment at a low cost of ownership. Perform complete central line placementsof the internal jugular and subclavian vein - including needles, guidewires, dilation and threading ofcatheters.
At Blue Phantom, we strive to improve the quality of ultrasound training. Blue Phantom’s patented SimulexUS™ simulated tissue matches the acoustic properties of human tissue which allows the most realistic image quality with any ultrasound system. Use your ultrasound system without having to adjust the ultrasound system controls unrealistically. Each of our training models is designed to offer users of all levels superior realism, reliability and durability. Teach, practice and learn central line placement repeatedly without the need to worry about cost per use.
Superior anatomical realism. Our central line training model offers extremely realistic anatomy of the upper thorax and neck. This next generation ultrasound simulator contains vascular anatomy including the internal jugular vein (IJ), brachiocephalic vein, subclavian vein, axillary vein, carotid artery, subclavian artery and axillary artery.
Various points of access include internal jugular (IJ), subclavian, infraclavicular and supraclavicular approach as wellas access via the axillary vein. The simulated superior vena cava, right atrium and right ventricle offer users theability to fully thread guidewires, dilators and catheters without resistance. This adult male upper torso central linemannequin also includes internal landmarks such as the trachea, suprasternal notch, manubrium and clavicle. Clinicianscan utilize traditional external landmarks for blind central line placement or use ultrasound to guide the centralvenous access procedure.
Arterial pulsation can be simulated via the manual hand bulb or optional automatedpump allows users to differentiate between arteries and veins. Clinicians can visualize the pulsatility of the arteriesvia ultrasound for positive identification of the targeted vessel. The veins in our central line mannequin are alsocompressible using mild pressure while the arteries remain uncompressed. The venous system is prefilled with blue fluidand the arterial system is prefilled with red fluid. Positive fluid flow in the vessels provides users with immediatefeedback when the vessels are accessed. Users can positively identify the targeted vessels and receive immediatefeedback as to successful or unsuccessful vascular access. Venous and arterial fluid removed during central venouscatheter procedures can be easily refilled by using the provided QuickFill™ ports or and I.V. bag to continually refillthe vessels during training.
Next generation upper torso ultrasound central line mannequin
Extremely realistic external landmarks and internal anatomy for ultrasound guided or blind insertion technique
The most realistic and durable central venous catheter ultrasound model available anywhere
Excellent for training clinicians in the psychomotor skills associated with ultrasound guided or blind insertion central line placement training
Optimize your training with superb image quality; simulated tissue matches the acoustic properties of real human tissue
Use with any ultrasound system and experience the same quality you expect from imaging patients in a clinical environment
Self-healing tissue offers users tremendous durability – minimizing the need for replacement parts and providing a low cost of ownership
Superior realism, reliability and durability
Anatomically correct; constructed from a digital human file