Skip to content

CentraLineMan® System with Articulating Head

Brand: Simulab
SKU CLM-51
Original price $9,230.70 - Original price $9,230.70
Original price
$9,230.70
$9,230.70 - $9,230.70
Current price $9,230.70

Central Line Vascular Access Trainer with Articulating Head

Simulab's CentraLineMan® is the most widely used Central Venous Catheterization training solution in the market today. This flexible system offers unsurpassed value with clinically relevant anatomy, time-tested ultrasound-compatible tissues, with market-leading durability from needle sticks to full catheterizations.

The CentraLineMan System features clinically relevant landmarks and anatomy. Learners can practice performing full venous catheterization using ultrasound-guided or blind/landmark insertion approaches at the subclavian, supraclavicular, and internal jugular vein sites. This vascular access trainer also includes accurate internal and external landmarks that are palpable and/or visible under ultrasound.

CentraLineMan System with Articulating Head

Clinically Relevant Anatomy Includes: 

        • Upper torso and neck
        • Trachea
        • Clavicle
        • Sternal notch
        • Sternocleidomastoid muscle
        • Sternal and clavicular heads of the sternocleidomastoid muscle
        • Manubrium
        • Lateral border of the first rib
        • Superior vena cava
        • Upper lung

Ultrasound Vascular Anatomy Includes: 

        • Subclavian vein
        • Carotid vein
        • Subclavian artery
        • Carotid Artery
  • Practice full central venous catheterization using ultrasound-guided or blind/landmark insertion approaches at the subclavian, supraclavicular, and internal jugular access sites.
  • Practice placing the patient in the appropriate position per access site standards
  • Gain experience in identifying and selecting appropriate access sites based on patient anatomical variations
  • Practice palpating external landmarks to identify vessel location
  • Practice identifying unsuccessful vessel access through fluid feedback representing arterial puncture