PICC Line Trining Model
Exceptionally Realistic
- Unique design that looks, feels, and produces images similar to the human body. Different tissue layers are simulated in detail from a flexible moving skin, to elastic subcutaneous and muscle tissues, and rigid bones.
1 phantom, 100 different patients
- Multiple possible challenges during central line insertion are modeled in this mannequin. Vessel angulation, branching, tortuous veins, various depth and diameters, proximity to artery, vein-under-artery, presence of clot and dissection are simulated in our model. These are in addition to the anatomical normal internal and external jugular veins and arteries.
- Refine your vascular expertise with the variety of vascular structures, even if you are already an expert.
- Expertise comes with practicing and experiencing a variety of different tasks. The variety of incorporated challenges significantly boosts the hand-eye coordination of the interventionists.
- External landmarks such as olecarnon, radial process, humerus and ulna are replicated. The density of the bony structures are the same as a real human skeleton in order to make realistic images under X-ray and CT scan
- Our unique nano-polymer design combines high quality imaging and realistic intervention (see why)
Durable and Efficient
- Durable: resistant to needle and catheter insertion, extreme temperature, dehydration and decomposition
- No left over needle track line
- No replacement part is needed (Durable models should not need any replacement parts)
- Self-healing
-
- High resistance to fire and extreme temperature
Life-like Procedure
- Skin motion over the soft tissue: a more natural procedure
- Realistic artery/vein compressibility
- Realistic simulation of skin-needle interaction and soft tissue-needle interaction: Different regions have different skin resistance and tensile strength to provide the trainees with a higher level of clinical exposure.
- Life-like reproduction of skin-dilator interaction and soft tissue-dilator interaction.
- Needle tip can be verified by observation of fluid return from the needle or catheter.
- The possibility to perform the complete cannulation process; starting from needle insertion to guidewire threading, dilation, and catheter placement.
- No needle clogging of phantom. The needle does not break down the model.
- Highly scientific mannequin design and manufacturing: We go beyond molding with traditional silicon and embedded tubes. Our unique phantom manufacturing process incorporates sophisticated production of nano-polymer elements that mimic tissue elasticity, attenuation, speed of sound, tissue recoil, friction with guide-wire and catheter, tissue resistance with respect to the needle, dilator and catheter. Vessel layers are made of arrays of polymer filaments, not silicon or plastic tubes.
- Supports both ultrasound-guided and blind mid-line and PICC practices.
- Arterial pulse can be simulated by a hand bulb. Hand bulb can be positioned inside or outside of the arm.
- Easy refill using the wide caliber refilling port. It is possible to connect a tube to a hanging saline bag for large scale practice sessions or to maintain venous pressure. Also, it is possible to be connected to a pressure bag for arterial cannulation and pressure measurement.
- Easily portable: The purchase includes a case for easier transportation, though no specific storage is required.
- Accessories for easier practice are included, such as practice sheets and a repair kit (in case of accidental damage).
- The purchase includes our Blue and red AmericanBionic blood mimicking fluid. The fluid is concentrated for easier transportation.
- Our product is used to gain expertise at the desired time and location, without any risk, cost or inconvenience.
- Develop expertise for ultrasound/x-ray/Fluoroscopy/CT imaging.
- Become comfortable with ultrasound transducer maneuvering and machine settings.
- Returns are accepted within the first thirty days, no questions asked.
- Custom made models can be ordered.
- Manufactured in the USA.
- Green: Our new polymer nanofibers are earth friendly.
- The materials and fluid used in the model are inert with no toxicity. To further minimize any possibility of allergy the model is covered by an inert gloss of 3 micrometer thickness.
- Size/weight