Overview

• Vein structures are now modular with a separate ACF vein and Metacarpal Vein, allowing for replacement of individual parts.

• New and improved skin-locking system (patent pending) improves arm re-skinning after replacing a vein module.

• New vein gripping system allows for easy re-fitting and positioning of veins.

• Veins are palpable with realistic haptics for accurate clinical use.

• Infusion tube allows for intravenous fluids to be administered.

• Improved, gravity blood system.

Realism

• Arm provides a realistic blood flashback upon insertion of needle.

• Improved arm skin offers a more realistic look and feel.

• Veins in the metacarpal & ACF modules are palpable.

• Realistic representation of the antecubital fossa (SCF) and metacarpal regions.

• Gripping systems secures veins in a true-to-life position.

Versatility

• Arm is compatible with vacuum blood collection systems, needles & syringe, and IV cannulas.

• Extended tubing allows for extra maneuverability in the classroom for use with a simulated patient.

Cleaning

• Flush liquid from the vein and fluid system before storing your product.

• Clean the skin surface with a damp soft cloth, using warm water and mild detergent.

• Allow skin to thoroughly dry before storing.

Safety

• Only use Concentrated Venous Blood supplied with the arms, or product numbers 00020 & 00021, other fluids may weaken or damage the venipuncture simulator.

• Use water-based lubricant to fit arm skin over the venipuncture arm base.

• Veins contain latex, however, these are covered by the silicone arm skin during procedures.

Simulated Patient

• Suitable for use with a simulated patient to test communication skills.

Anatomy

Sites for peripheral venous cannulation

• Dorsal metacarpal vein in the hand.

• Antecubital Fossa (ACF) vein in the arm.

Metacarpal Vein Module anatomy 

• Basilic vein.

• Cephalic vein.

• Dorsal metacarpal veins.

ACF Vein Module anatomy 

• Basilic vein.

• Cephalic vein.

• Median cubital vein.