Central Line Manikin

The Vitaliya Central Line Manikin is designed to provide hands-on training for central venous catheterization procedures commonly performed in hospitals and emergency care settings. This manikin simulates key vascular structures including the internal jugular vein, subclavian vein, femoral vein, carotid artery, and femoral artery, allowing trainees to understand proper anatomical positioning during procedures.

Students can practice central line puncture techniques at major access points such as the internal jugular, subclavian, and femoral veins. The manikin also supports long cannula catheterization training, helping learners develop accurate catheter placement skills.

To enhance realism, the model features simulated carotid and femoral arterial pulses, allowing trainees to identify correct anatomical landmarks before performing puncture procedures. The manikin’s accurate subclavian and femoral anatomical structures further improve the realism and effectiveness of training.

This training model is widely used in medical colleges, nursing institutes, hospital training programs, and clinical simulation laboratories to help healthcare professionals master central venous catheterization skills safely.

Key Training Features

Central Venous Access Anatomy

The manikin simulates major vascular structures including:

• Internal jugular artery
• Carotid artery
• Subclavian vein
• Femoral artery
• Femoral vein

These structures help trainees understand vascular anatomy and correct catheter insertion techniques.

Central Line Puncture Training

Supports puncture training for key central venous access sites:

• Internal jugular vein puncture
• Subclavian vein puncture
• Femoral vein puncture

Catheterization Practice

• Enables long cannula catheterization training
• Allows students to practice proper central venous catheter insertion techniques

Simulated Arterial Pulse

• Carotid artery pulse simulation
• Femoral artery pulse simulation

These features help trainees identify correct anatomical landmarks during procedures.

Detailed Anatomical Structures

• Accurate subclavian anatomical structure for realistic training
• Detailed femoral anatomy to support proper puncture techniques