Implantable venous access port simulation training model

Implantable Venous Access Training Model – IVAD Simulation Trainer

The Implantable Venous Access Training Model is designed for nursing education, clinical skills development, and hands-on learning of venous access procedures. The model realistically simulates a subcutaneously implanted venous access port and allows practice of port palpation, Huber needle insertion, flushing, connection, and disconnection in a safe learning environment.

The soft silicone skin layer and durable resin port base are designed to provide realistic resistance during the procedure. The model allows for repeated needle insertion procedures, developing skills in selecting the correct insertion angle, depth, and force.

The trainer can also simulate port displacement and tilt . Adjustable modules allow you to learn to palpate and identify atypical port positions, determine their direction, and practice needle insertion under non-standard conditions.

Advantages:
Realistic simulation of an implantable venous access port.
Designed for practical nursing and clinical skills training.
Port palpation can be practiced.
It is possible to practice inserting a Huber needle.
Suitable for training in flushing, connection and disconnection procedures.
Simulates realistic skin puncture resistance.
Allows you to develop the ability to select the correct angle and depth of needle insertion.
Port shift and tilt can be simulated.
The needle tip can be observed entering the port reservoir.
Using a colored liquid can simulate the return of blood.
The silicone skin layer is replaced.
The durable base of the port is designed for repeated training.
The modular design is convenient for intensive and repeated training.

Realistic procedure simulation:
The hardness of the silicone skin layer of the model is selected to simulate the resistance of the skin during puncture. The resin port design simulates a multilayer septum and allows for repeated puncture procedures, learning to control the angle, depth and force of needle insertion.

Simulation of port position changes:
Integrated adjustable modules allow for simulating port displacement and tilt. Learners can practice palpating the port for misalignment, assessing its direction, and learning to adapt puncture techniques to the situation.

Fluid return simulation:
The design of the model allows you to monitor whether the needle tip has entered the port reservoir properly. Using colored fluid, you can simulate blood return and practically understand the relationship between the depth of needle insertion and the position of its tip in the reservoir.

Recommended:
For practical training of nursing students.
For training of nurses and other healthcare professionals.
For simulations of clinical procedures.
For practitioners of venous access procedures.
For oncology nursing training.
Huber needle insertion technique training.
For educational institutions, simulation centers and clinical training environments.

Features:
Palpation of the implanted port.
Huber needle insertion practice.
Port flushing simulation.
Fluid/blood return simulation.
Port connection and disconnection practices.
Port displacement simulation.
Port tilt angle simulation.
Assessment of needle insertion depth and position.

Parameters:
Product: Implantable Venous Access Training Model (IV Port Access Trainer / IVAD Simulation Trainer).
Skin material: silicone.
Port material: resin.
Purpose: educational and simulation.
Construction: modular, with interchangeable components.
Usage: reusable.

The set includes:
2 pcs. silicone skin layers.
1 pc. port shift simulation module.
1 pc. port tilt simulation module.
4 pcs. venous access ports.
1 pc. liquid delivery system with bag.
1 pair of gloves.
3 pcs. lubricating gel.
1 pc. storage box.

Important: The product is an educational simulation model intended for practical skills development. It is not intended for diagnosis, treatment, or use in patient procedures.