Full-Body Acupuncture Intelligent Simulation Model

A training simulator for acupuncture needle placement and technique practice. Used in acupuncture and traditional medicine education programs.

Anatomical model for acupuncture point identification and needle insertion training. Shows meridian pathways and point locations on human figure. Educational tool for practitioners.

Training model demonstrating acupuncture point locations and needle insertion techniques. Used for medical education and practitioner training.

Anatomical model designed for acupuncture point identification and needle insertion technique training. Supports education in traditional Chinese medicine acupuncture procedures.

A 50cm male acupuncture training model with identified acupuncture points and meridian systems. Designed for acupuncture practitioners and students to practice needle placement techniques. Constructed for durability in clinical training settings.

An 84cm deluxe acupuncture training model with marked acupuncture points and meridian pathways. Designed for acupuncture education and clinical training. Features reinforced plastic construction with accurate anatomical point locations.

Full-function nursing manikin featuring vital signs measurement, blood pressure assessment, and patient care procedure simulation. Supports comprehensive nursing education curriculum.

An advanced multi-function nursing human model designed for comprehensive healthcare education and training. This simulator supports various nursing care procedures and operations.

Anatomical model depicting Dongshi meridian system and acupoints, used for teaching and training in traditional Chinese medicine. This is the only globally manufactured model of its type.

Anatomical training model for ultrasound scanning technique development and operator education. Simulates human tissue characteristics.

Specialized training device for subcutaneous injection practice. Provides realistic tissue resistance and feedback for technique development.

An anatomical training model created using 3D scanning technology of real human bodies that restores the shape, texture, and spatial structure of human organs with over 98% simulation accuracy, featuring soft tissue with touch similar to real human skin and muscles.