Advanced Virtual Puncture Training System with Haptic Feedback by Leading China Suppliers and Factory
Multi-Procedure Virtual Puncture Training System with Realistic Haptic Feedback
The system consists of two parts: peripheral instrument simulation (mainly including a set of puncture manikin and puncture needle modules, anesthesia needle modules) and puncture virtual-real integrated 3D training software.
- Thoracic puncture
- Abdominal puncture
- Lumbar puncture
- Bone marrow puncture
- High-definition touchscreen monitor: 1 unit
- Movable operation platform: 1 unit
- Embedded horizontal half-body puncture manikin: 1 unit
- Sitting/standing half-body puncture manikin: 1 unit
- Simulation syringes: 1 set (including 5 mL, 20 mL, 40 mL syringe)
- Puncture needles: 1 set (thoracic/abdominal/pericardial, lumbar, bone marrow)
- Thoracic puncture modules: 5 units
- Abdominal puncture modules: 5 units
Frequently Asked Questions
What clinical procedures can be trained using this system?
The system supports comprehensive training for four major clinical procedures: thoracic puncture, abdominal puncture, lumbar puncture, and bone marrow puncture.
How does the virtual-real integration technology work?
The system combines physical peripheral instruments (such as realistic puncture manikins and needle modules) with a 3D virtual reality training software, allowing users to practice physical procedures while receiving real-time digital feedback.
What is included in the puncture needles set?
The hardware configuration includes a comprehensive set of puncture needles: thoracic/abdominal/pericardial puncture needles, lumbar puncture needles, and bone marrow puncture needles.
Are the training modules replaceable?
Yes, the system comes with replaceable modules to ensure durability, including 5 units of thoracic puncture modules and 5 units of abdominal puncture modules.
Does the system feature realistic haptic feedback?
Yes, the system is designed to provide realistic tactile and haptic feedback during needle insertion, simulating the resistance changes felt when passing through different anatomical tissue layers.