TDS

pLVAD Training &
Demonstration System

For Training & Demonstration Only

A compact, professional simulation platform for
procedural training, patient education, and technical demonstration
Designed by Cardingenium Medical Technology

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Designed for pLVAD clinical teams

Interventional Cardiologists Catheterization Labs Medical Education Centers Clinical Simulation Programs Patient Education Teams

Overview

Simulation without compromise

This system provides a safe, non-clinical simulation environment for users to proficiently master standard pLVAD device implantation workflows and core operating principles. With a space-saving and portable design, it fits equally in simulation labs and clinicians' offices. As a cost-effective alternative to training on an original device, it significantly reduces the cost of damage incurred during hands-on practice and demonstrations.

Vertical placement femoral artery access

Vertical placement femoral artery access

Vertical placement axillary artery access

Vertical placement axillary artery access

Horizontal placement femoral artery access

Horizontal placement femoral artery access

Horizontal placement axillary artery access

Horizontal placement axillary artery access

Use Cases

Built for clinical learning

Three core application scenarios covered in a single compact platform.

Procedural Training

Procedural Training

Enable trainees to proficiently master standard pLVAD implantation workflows. Both femoral and axillary access routes fully reproduced for hands-on practice.

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Patient Education

Patient Education

Place the system in clinicians' offices to visually and vividly explain pLVAD surgical procedures to patients pre-operatively, improving doctor-patient communication.

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Technical Demonstration

Technical Demonstration

Demonstrate device mechanics and operating principles on-site. The adjustable impeller motor and LED illumination system enable vivid visual demonstrations at any speed.

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Components

Every part
Precisely designed

Each component of the pLVAD system is engineered to replicate real clinical anatomy and device mechanics.

Transparent Heart Model

Left & right chambers, aortic arch, descending aorta, three soft silicone valves. Magnetic assembly and disassembly. Replaceable aortic valve.

1:1 Scale pLVAD Model

Designed and manufactured at 1:1 scale. Rotatable impeller with adjustable speed, micro-LED illumination, butterfly magnetic connector at catheter tail.

Equipment Base

Integrates heart model bracket, storage drawer, display screen, battery compartment, power switch, and aircraft-inspired speed control lever.

Accessories

Includes EasyGuide Lumen, 0.018-inch installing guidewire, pump fixing clip, and storage for the original heart pump in the drawer compartment.

Features

Every detail
built for training

Transparent Heart Model

The transparent heart model includes left and right heart chambers, aortic valve, mitral valve and tricuspid valve — all made from soft material. The aortic valve is detachable and replaceable due to wear. The transparent cover attaches via magnetic connection, enabling clear visual inspection of the heart pump installed inside.

Adjustable High/Low-Speed Motor with LED

The simulated pLVAD pump is equipped with a continuously adjustable high-speed motor. Theoretical impeller speed can reach 50,000 rpm; the system limits maximum speed to extend motor service life. A micro-LED above the impeller provides real-time visual feedback of rotational status. For demonstration at ultra-low speed (~5 rpm), push the lever to high speed first, then slowly pull back.

Dual Power Supply

Supports both 5V USB-C power and four AA batteries, enabling flexible deployment without fixed power sources. Ideal for offline training sessions, on-site product demonstrations, and patient education. Note: Type-C to Type-C cables may cause device failure — use a standard USB-A to USB-C cable.

PTFE Self-Lubricating Catheter

The outer layer of the heart pump hose is made of soft PTFE, enabling smooth training operations without liquid lubrication. Constructed with a Nitinol spring and TPU sheath for realistic procedural tactile feedback. The pigtail catheter is replaceable to extend system service life.

Display Screen

The onboard display shows operating parameters corresponding mean flow rates, replicating a clinical pLVAD controller interface.

Customization Modules

Built to extend

Every hardware, software, and interface element can be tailored to specific training needs. A selection of customization modules is shown below.

Vascular Access Module

Vascular Access Module

Femoral and axillary artery vascular module connect to the heart model via quick adapters, with an optional sensor system for real-time positional tracking of the pump.

AI-Driven Simulation & Imaging Training System

AI-Driven Simulation & Imaging Training System

Real-time rendered ultrasound and cardiography imaging from live camera input, with patient-case loading, scenario simulation, and voice-guided procedural debriefing.

Fluid Visualization Module

Fluid Visualization Module

A dual-tank fluid circuit shows fluid moving into and out of the aorta in real time, with an electric pump recirculating flow, a clearer alternative to a plain water-submerged demo.

Alternative Heart Model

Alternative Heart Model

A desktop-ornament version of the heart model for clinicians' offices, with an optional heart-pump-shaped pen accessory for a practical, branded touch.

Contact

Get in touch with our team

Interested in the pLVAD Training & Demonstration System for your institution, simulation center, or collaboration? Contact Cardingenium Medical Technology GmbH directly.

  • Cardingenium Medical Technology GmbH
  • Fürstenrieder Straße 5 / 3. OG., D-80687 Munich, Germany
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Customization

Nothing here is fixed.
Hardware, Software, and every User Interface can be precisely tailored to your program's exact requirements.

pLVAD Training System

Safety Notice

For training & demonstration only.
Not for clinical treatment or patient support.

FAQ

Frequently asked questions

Is this system suitable for use on real patients?

No. This device is strictly for training and demonstration only. It must not be connected to real patients, invasive medical equipment, extracorporeal circulation devices, or clinical monitoring instruments. The simulation pump and cardiac model do not possess clinical safety, biocompatibility, or hemodynamic performance of a genuine pLVAD device.

Which pLVAD access routes does the system support?

The system supports both mainstream clinical access approaches: femoral artery access and axillary artery access into the left ventricle. Both vertical and horizontal heart model placements are available to cover diverse clinical training scenarios.

How is the system powered?

Dual power supply: four AA batteries or 5V USB (USB-A to USB-C cable). The USB port is located on the rear of the device base and can also be used for firmware upgrades. Do not use damaged, swollen, or modified batteries.
Note: Type-C to Type-C power cables may cause the device to fail.

Can the impeller be observed during operation?

Yes. An embedded micro-LED above the impeller provides real-time visual illumination. For slow-rotation demonstration, first push the speed lever to high speed, then slowly pull it back — this allows the impeller to rotate at approximately 5 rpm for easy visual observation. The transparent heart model cover enables clear viewing of the pump inside the heart.

Are components replaceable or customizable?

The aortic valve is designed to be detachable and replaceable due to wear. The pigtail catheter is also replaceable. Custom configurations are available including axillary artery access versions, sensor modules, fluid-filled versions, compact versions, and custom AI-rendered imagery — contact Cardingenium for details.

What are the storage and maintenance requirements?

Keep the system away from prolonged direct sunlight, particularly the transparent cardiac model and pigtail catheter, to prevent yellowing and material aging. For long-term storage, remove batteries and store separately in a cool, dry location. Do not immerse electrical components in water or liquid. Do not disassemble the motor, power module, or control circuit without authorization.