China Suppliers Factory - Virtual-Physical Combined Medical Simulation System for Realistic Birthing Training

Introducing the Virtual-Physical Combined Medical Simulation System for Birthing, an innovative educational resource designed for medical professionals. This state-of-the-art system integrates a hardware manikin made from high-quality, lifelike silicone with an advanced software training platform, delivering exceptionally realistic training experiences for normal deliveries, Manufactured in China, this comprehensive system merges physical and virtual simulation technologies, providing real-time data feedback and intelligent performance analysis. Medical learners can hone their critical skills in a setting that closely resembles actual clinical environments, making it an invaluable tool for hospitals and training centers, The hardware features high-sensitivity sensors that accurately monitor each procedure, transmitting data instantly to the training software. The software component generates thorough automatic analysis and evaluation reports, enabling learners to swiftly adjust their techniques for improved performance, As leading suppliers in the healthcare education field, our factory ensures high standards in both design and functionality, making this simulation system a must-have for effective birthing training

Product Detail

The system supports both Practice Mode and Assessment Mode, catering to different stages of learning. In Practice Mode, learners can repeatedly perform operations to familiarize themselves with various stages of delivery, such as fetal head presentation, crowning, extension, and repositioning. Assessment Mode uses an intelligent scoring system to automatically evaluate the accuracy of operations, generating detailed score reports that help instructors fully understand the learners' progress. Additionally, the system includes intelligent voice interaction, allowing operators to interact with the manikin through voice commands, enhancing the realism of the training experience. Learners can also freely adjust the speed of labor, and the system will automatically control the fetus's movements according to predefined delivery mechanisms, ensuring a smooth and natural delivery process.

Inside the obstetric manikin, the system is equipped with simulated vagina and simulated cervical, made from ultra-soft silicone with excellent elasticity and durability. These components can realistically simulate the dilation of the cervix, which automatically adjusts in size from 0cm to 10cm without the need to replace the model, providing a seamless delivery simulation. The system can also recognize changes in the maternal model's position, supporting free-position delivery, allowing learners to choose the most appropriate delivery posture based on the situation, thus enhancing the flexibility and practicality of the training. The system's extensive functional modules cover key aspects of delivery, including fetal head presentation, crowning, extension, repositioning, monitoring contractions, immediate newborn care, observing placental separation signs, and assisting with placental delivery. These modules help learners comprehensively master the core skills of normal delivery and improve their ability to handle complex clinical situations.

Frequently Asked Questions

Q What training modes are supported by this normal delivery system?

The system supports both Practice Mode and Assessment Mode. Practice Mode allows learners to repeatedly practice delivery stages like crowning and extension, while Assessment Mode automatically evaluates operations and generates detailed score reports.

Q How does the system simulate cervical dilation?

The system features a simulated vagina and cervix made from ultra-soft silicone. It realistically and automatically simulates cervical dilation from 0cm to 10cm without requiring model replacement.

Q Does the training system support different delivery postures?

Yes, the system recognizes changes in the maternal model's position and supports free-position delivery, enabling learners to select and practice the most suitable delivery posture.

Q Can learners control the speed and mechanism of the labor process?

Yes, operators can freely adjust the labor speed. The system automatically controls the fetus's movements according to predefined delivery mechanisms for a natural simulation.

Q What clinical skills can be practiced using the functional modules?

Learners can practice key aspects including fetal head presentation, crowning, extension, repositioning, monitoring contractions, immediate newborn care, observing placental separation, and assisting with placental delivery.