PICCLineMan System

Model Number : PLM-10

PICCLineMan is a Peripheral Inserted Central Catheter (PICC) training solution

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PICCLineMan is a Peripheral Inserted Central Catheter (PICC) training solution that allows medical professionals to train using real-time ultrasound guidance during catheter placement. This PICC line trainer offers the best value with durable tissues that will endure repeated use. Studies have shown that standardized PICC line training can result in medical error reduction. As the importance of medical simulation becomes more and more evident, PICCLineMan offers a cost-effective method to improve patient safety.

Palpable Landmarks :

Antecubital Fossa

Clavicle

Sternum

1st-4th intercostal space

Acromion

Ribs 1-7

Humeral Head

Ultrasound Anatomy :

Basilic Vein

Brachial Vein

Cephalic Vein

Median Nerve

Brachial Artery

Humerus

Excellent for ultrasound-guided peripheral venous access hands-on training
Anatomically correct human torso and partial right arm at 90-degree angle with landmarks
Differentiates arterial and venous blood to show positive or negative results
Positive flashback of simulated blood upon successful venous access
Median Nerve is visible under ultrasound and adds realism in brachial vein access
Self-sealing veins and skin for multiple cannulations
Replaceable Normal, Obese or Geriatric tissue sets allow for multiple uses
Arterial pulse and proper landmarks are present under real-time ultrasound to help avoid and detect errors
Articulating Head enhances realism and allows for discussion of complications

Complete PICC line procedure including guidewire insertion, dilation, and full cannulation
Peripherally Inserted Catheterization using Basilic, Brachial, or Cephalic Veins
Normal, Obese, and Geriatric tissue options allow assessing patient variance in vessel depth and sizing
Using ultrasound guidance during catheter placement
Palpable anatomic landmarks clinically relevant for measuring catheter length
Multiple X-Rays provided to support the student’s pathway in predicting optimum SVC tip position