Products

The Neonatal Resuscitation Simulation Training System (Standard Edition) links a manikin to a computer to enable real-time data transmission and analysis, ensuring that operations are both effective and accurate. This system can guide users in correctly positioning the patient, practice inserting and removing a laryngoscope, and display internal images in real time to aid learners in understanding anatomical structures.

It also judges the accuracy of endotracheal intubation placement, simulates the process of positive pressure ventilation, and visually demonstrates the movement of the infant's chest and changes in the air sacs, helping learners to master the right ventilation techniques. The system trains users in coordinating chest compressions with positive pressure ventilation and provides real-time feedback on airway clearance procedures to ensure clear airways.

The Virtual reality combined training system for Nasal feeding is an advanced educational tool that blends virtual simulation with hands-on practice, offering a range of functionalities designed to enhance learning. This intelligent manikin simulates the entire process of nasogastric feeding according to established clinical guidelines, ensuring that trainees can follow proper procedures. It uses real nasogastric tubes to closely mirror real-world clinical settings, providing an authentic experience. The system supports self-practice modes, allowing learners to repeatedly practice under varying conditions, and it offers options for both normal and comatose patient states, simulating a variety of intubation situations.

The Virtual reality combined training system for Male Catheterization is an innovative educational tool that bridges the gap between virtual simulation and real-world practice, offering a comprehensive and intelligent training platform for healthcare professionals. This advanced manikin is designed to replicate the complexities of male catheterization, providing learners with an unparalleled learning experience.

The Virtual Reality Combined Training System for Female Catheterization is an advanced teaching and training tool that seamlessly integrates virtual and real-world environments to provide a highly realistic and intelligent learning experience. This innovative system is designed to prepare healthcare professionals for the complexities of female catheterization by simulating various physiological responses and tactile sensations encountered during actual procedures. By combining cutting-edge virtual reality technology with a lifelike manikin, the system ensures that learners are thoroughly prepared for real-life scenarios.

The Endotracheal Suctioning Virtual reality combined training system is an advanced teaching and training manikin that combines virtual simulation with smart sensor technology to provide a highly realistic and comprehensive learning experience. This intelligent system simulates the various physiological responses and tactile sensations encountered during endotracheal suctioning procedures, ensuring that trainees can practice in an environment that closely mirrors real-life clinical settings. Based on established operational guidelines, the system offers structured skill training, helping learners develop proficiency in a standardized manner.

The Virtual reality combined training system for Gastric Lavage is an intelligent teaching manikin that combines virtual and real-world simulation technologies. It is designed to provide highly realistic training in gastric lavage procedures for medical professionals. Utilizing advanced virtual simulation and smart sensor technology, the system can replicate various physiological responses and tactile sensations of clinical patients, ensuring that trainees practice in an environment that closely mirrors real-life scenarios. The system follows established operational guidelines and supports self-practice mode, allowing learners to repeatedly practice under different scenarios, thereby enhancing their proficiency in gastric lavage techniques. Additionally, it offers two patient states (normal and unconscious) and provides step-by-step intelligent guidance to help learners complete the entire procedure smoothly.

The Virtual reality combined training system for Vaginal Examination is an advanced instructional tool that combines a hardware manikin with a software training system, designed to provide highly realistic vaginal examination training for medical professionals. The system offers real-time data feedback and intelligent analysis, automatically evaluating each step of the operator's actions and generating detailed analysis reports. The obstetric manikin (half-body) is made from imported silicone, providing a lifelike texture, and is equipped with highly sensitive sensors to ensure precise recording and analysis of every operation. The system supports both practice and assessment modes, with automatic scoring of assessment content, helping learners rapidly improve their skills. Additionally, it features intelligent voice interaction, allowing operators to engage with the manikin through voice commands, enhancing the realism of the training experience.

The Virtual Reality Combined Training System for Comprehensive Emergency Care is an advanced training tool that leverages virtual environment and force feedback technology to simulate out-of-hospital emergency procedures. This system comprises an Advanced Automated CPR Manikin and Comprehensive Emergency Care Virtual Simulation and Physical Integration 3D Training Software, designed to provide a highly realistic and immersive training environment for medical professionals.

The Virtual reality combined training system for Neonatal Emergency Care is an advanced instructional tool that combines virtual and physical training. By connecting a manikin to a computer, it provides highly realistic neonatal emergency resuscitation training. The system transmits real-time data and analyzes the effectiveness of various operations, offering an immersive training experience. This ensures that trainees can master critical skills in an environment closely resembling actual clinical settings.

The Virtual reality combined training system for Normal Delivery is an advanced instructional tool that combines a hardware manikin with a software training platform, specifically designed to provide highly realistic normal delivery training for medical professionals. This system integrates physical simulation with virtual simulation technology, offering real-time data feedback and intelligent analysis. It helps learners master critical skills in an environment that closely mimics actual clinical settings. The hardware component features a soft, imported silicone material that provides a lifelike texture, while high-sensitivity sensors accurately capture each operation and transmit the data in real-time to the training system. The software part offers detailed automatic analysis and evaluation reports, ensuring learners can promptly adjust and improve their techniques.