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	Ultrasound Simulator with 2 Femoral Access Routes, Light remove	Ultrasound Simulator with 4 Central Lines, Dark remove	Ultrasound Simulator with 2 Branched Veins, Light remove	Ultrasound Simulator with 2 Femoral Access Routes, Dark remove	Ultrasound Simulator with 2 Central Lines, Light remove	Ultrasound Simulator with 2 Branched Veins, Dark remove	Ultrasound Simulator for Seldinger Technique, Light remove	Central Access Ultrasound Simulator with Calcifications, Light remove	Series of Models Showing the Embryonic Development of the Domestic Hen remove
Name	Ultrasound Simulator with 2 Femoral Access Routes, Light remove	Ultrasound Simulator with 4 Central Lines, Dark remove	Ultrasound Simulator with 2 Branched Veins, Light remove	Ultrasound Simulator with 2 Femoral Access Routes, Dark remove	Ultrasound Simulator with 2 Central Lines, Light remove	Ultrasound Simulator with 2 Branched Veins, Dark remove	Ultrasound Simulator for Seldinger Technique, Light remove	Central Access Ultrasound Simulator with Calcifications, Light remove	Series of Models Showing the Embryonic Development of the Domestic Hen remove
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SKU	ARB203	ARB201/50	ARB202	ARB203/50	ARB205	ARB202/50	ARB204	ARB301	ZOS103 - ZOS103/5
Weight	N/A	N/A	N/A	N/A	N/A	N/A	N/A	N/A	N/A
Dimensions	N/A	N/A	N/A	N/A	N/A	N/A	N/A	N/A	N/A
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Description	Designed for realistic, repeatable ultrasound-guided vascular access training, this simulator supports probe control, anatomy recognition and invasive technique practice with minimal setup. Lifelike echogenic material mimics human tissue, while two bifurcated femoral veins (approximately 8 mm) positioned at around 20 mm depth allow accurate needle insertion and ultrasound confirmation.	Designed for realistic, repeatable ultrasound-guided vascular access training, this simulator supports probe control, anatomy recognition and invasive technique practice with minimal setup. Lifelike echogenic material closely mimics human tissue, while four central veins (8–10 mm) positioned at approximately 15 mm and 35 mm depth allow accurate needle insertion and confirmation.	Designed for realistic, repeatable ultrasound-guided vascular access training, this simulator supports probe control, anatomy recognition and invasive technique practice with minimal setup. Lifelike echogenic material mimics human tissue, while two branched veins (approximately 8 mm, 10 mm and 20 mm) positioned at around 20 mm depth enable accurate needle placement and ultrasound confirmation.	Designed for realistic, repeatable ultrasound-guided vascular access training, this simulator supports probe control, anatomy recognition and invasive technique practice with minimal setup. Lifelike echogenic material mimics human tissue, while two bifurcated femoral veins (approximately 8 mm) positioned at around 20 mm depth allow accurate needle insertion and ultrasound confirmation.	Designed for realistic, repeatable central venous access training, this simulator supports probe control, anatomy recognition, and invasive technique practice with minimal setup. Lifelike echogenic material mimics human tissue, while two central veins (8 mm and 10 mm) positioned approximately 20 mm deep allow accurate needle insertion and ultrasound confirmation.	Designed for realistic, repeatable ultrasound-guided vascular access training, this simulator supports probe control, anatomy recognition and invasive technique practice with minimal setup. Lifelike echogenic material mimics human tissue, while two branched veins (approximately 8 mm, 10 mm and 20 mm) positioned at around 20 mm depth enable accurate needle placement and ultrasound confirmation.	Designed for realistic, repeatable Seldinger technique training, this simulator supports probe control, anatomy recognition, and vascular access practice with minimal setup. Lifelike echogenic material mimics human tissue, while two veins (8 mm and 10 mm) positioned approximately 25 mm deep allow accurate needle insertion and ultrasound confirmation.	Designed for realistic central venous access training, this simulator features two veins with simulated calcifications (approx. 10 mm diameter) for accurate needle insertion and assessment. Lifelike echogenic material mimics human tissue, supporting probe control, anatomy recognition, and safe practice of ultrasound-guided invasive techniques in a controlled, repeatable learning environment.

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