GD Advanced CPR Training Manikin with Display

The GD Advanced CPR Training Manikin with Display is a professional training simulator designed to support realistic instruction in cardiopulmonary resuscitation (CPR) and emergency response procedures. The manikin provides lifelike anatomical features and real-time electronic feedback, enabling trainees to practice and evaluate essential resuscitation techniques including airway management, artificial ventilation, and chest compressions.

The manikin is designed with clear anatomical landmarks, realistic skin texture, and natural body proportions, allowing trainees to practice CPR techniques under conditions that closely simulate real-life emergency scenarios. The model also incorporates simulated vital signs such as pupil response, where one pupil is dilated and the other contracted, helping to demonstrate basic physiological indicators.

The airway system allows trainees to practice opening the airway correctly, with a built-in indicator that turns green when the airway is properly opened. This feature supports effective training in airway management and ensures that learners understand correct head positioning during resuscitation.

The integrated CPR training display system provides electronic monitoring and visual feedback during training sessions. The screen indicates whether chest compressions and ventilation volumes are performed correctly, helping trainees refine their technique and maintain appropriate CPR standards.

The system monitors ventilation volume, displaying color-coded indicators for training evaluation. Insufficient inflation volume is indicated by a yellow light, correct ventilation volume (500–1000 ml) by a green light, and excessive ventilation volume by a blue light.

The display also evaluates compression depth, with the correct compression range set between 5–6 cm. If the compression depth is insufficient, a yellow indicator appears; a green indicator confirms proper compression depth; and a red indicator signals excessive compression.

To assist with maintaining proper rhythm during CPR, the system supports an operation rate of at least 100 compressions per minute, accompanied by an audible “tick” sound to guide trainees. The system also guides learners through the recommended CPR cycle of 30 compressions followed by 2 ventilations, repeated for five training cycles.

The manikin is manufactured using high-temperature molding with stainless steel molds, ensuring structural strength and durability. The face, neck, chest skin, and hair are made from imported materials, providing realistic tactile feedback and resistance to deformation. The design also allows easy assembly and disassembly, making it suitable for frequent use in training environments.

Key Features

• Realistic CPR training manikin with electronic display feedback
• Anatomically accurate body structure with lifelike skin texture
• Simulated pupil response for vital sign demonstration
• Airway management training with indicator showing correct airway opening
• Supports artificial ventilation and chest compression training
• Real-time monitoring of ventilation volume and compression depth
• Color-coded indicators for performance evaluation
• Audible rhythm guide (≥100 compressions per minute)
• Training cycle guidance: 30 compressions to 2 ventilations
• Durable construction with high-temperature molded materials

Specifications

Applications

• Medical and nursing education
• Emergency response training
• CPR certification programs
• First aid and paramedic training
• Healthcare simulation laboratories

The GD Advanced CPR Training Manikin with Display provides a realistic and interactive platform for learning life-saving resuscitation techniques. With lifelike anatomical features, electronic monitoring, and real-time performance feedback, the manikin enables trainees to develop correct CPR skills while instructors can accurately evaluate training outcomes. Its durable construction and comprehensive feedback system make it an effective tool for medical education, emergency response training, and healthcare simulation programs.