Bronchoscopic Intervention Training Model A

The bronchial intervention training model simulates the branching structure of the human bronchial tree based on 3D modeling of human anatomical data. It can be reversed to a four-level bronchial branch configuration and is compatible with any commercially available real fiberoptic bronchoscope for procedural exploration training, sputum suction, foreign body removal, and other operations. Head A can be inserted into the bronchi via the mouth or nose, while head B can be directly inserted into the main bronchus. The model is reusable and cost-effective.

Bronchoscopic Intervention Training Model B

Bronchoscopic Intervention Training Model C

The bronchial intervention training model simulates the branching structure of the human bronchial tree based on 3D modeling of human anatomical data. It can be reversed to a four-level bronchial branch configuration and is compatible with any commercially available real fiberoptic bronchoscope for procedural exploration training, sputum suction, foreign body removal, and other operations. Head A can be inserted into the bronchi via the mouth or nose, while head B can be directly inserted into the main bronchus. The model is reusable and cost-effective.

The bronchial intervention training model simulates the branching structure of the human bronchial tree based on 3D modeling of human anatomical data. It can be reversed to a four-level bronchial branch configuration and is compatible with any commercially available real fiberoptic bronchoscope for procedural exploration training, sputum suction, foreign body removal, and other operations. Head A can be inserted into the bronchi via the mouth or nose, while head B can be directly inserted into the main bronchus. The model is reusable and cost-effective.

Gastrointestinal Endoscopy Intervention Training Model

Gastrointestinal Endoscopy Intervention Training Model including the stomach, gallbladder, pancreatic duct, bile duct, and duodenal papilla. Four positioning markers are designed within the digestive tract to determine endoscopic training direction, supporting training with any brand of gastroscope available on the market.

Hysteroscopic Intervention Training Model

Hysteroscopic Intervention Training Model for Performance Testing and Functional Demonstration Training of Interventional Instruments for Colposcopy and Biopsy Equipment Vagina, Cervix, Uterine Cavity, Fundus, Ureteral Orifice.

Colonoscopy interventionTraining Model

Colonoscopy interventionTraining Model based on real human data to restore the intestinalsystem environment, soft texture, strong sense ofreality, with 6 lesions: polyps, tumors. The material of the intestinal body is close to thereal human body, and the progress of the endoscope can be observed through the lightsource during use.When the product is used, it should be filled with lubricating liquid or glycerin, and it can be washed with water. No consumables can be used repeatedly.

Urological Endoscopy Intervention Training Model

The Urological Endoscopy Training Model is designed to simulate male reproductive and urinary organs, providing a realistic experience for medical training. The model is made of polymer simulation material that mimics the texture and touch of real organs, offering training opportunities in various urological procedures, such as stone removal, catheterization, and bladder irrigation.

Shoulder Arthroscopy Intervention Training Model

Shoulder Arthroscopy Intervention Training Model is a shoulder joint training model with a size of 225×205×205mm, featuring a realistic design that allows viewing internal structures, simulated skeleton, peelable skin, and detailed shoulder muscle renderings, designed for anatomical study and shoulder joint training.

Laparoscopic Simulation Trainer

The Laparoscopic Simulation Trainer is a laparoscopic surgical training set including a standard style box (with drawer, flip designs, optional gynecological style and LED light box), 0/30° camera, modules, and four instruments, designed for multi-person team training and laparoscopic skill practice.

Intervertebral Foramen Endoscope Simulation Training Kit

Intervertebral Foramen Endoscope Simulation Training Kit is an intervertebral foramen endoscope simulation training kit, including a simulated waist model (with lumbar vertebrae, spare discs, available in skin and red colors), and a 30-degree intervertebral foramen endoscope compatible with multiple systems, designed for endoscopic spinal training.

Arthroscopic Intervention Simulator

Arthroscopic Intervention Simulator is a model knee package for simulation training, including a knee joint model (with flexible fixation and metal plate base), a 0°/30° arthroscope, and an 11-inch monitor, designed for practicing knee endoscopic procedures.

Simulated Laparoscopic Intervention Training Model

This product is a laparoscopic surgical training set consisting of a belly simulator with drawer and flip designs, 0/30° camera, modules, and four types of instruments. It supports team training, optional gynecological box and LED light box, and is used for medical personnel to practice laparoscopic surgical skills.

Arthroscopic Intervention Training Kit

The Arthroscopic Intervention Training Kit is an arthroscope training kit including a training box (180×180×120mm), 0°/30° arthroscope camera, various modules (like meniscus trim, knot tying) and instruments (like grasping forceps, knot pusher), designed for arthroscopic surgical skill training.

Gastrointestinal Endoscopy Intervention Training Model

The Laparoscopic Comprehensive Training Model developed with real clinical data and 3D printing, replicates multiple abdominal organs (liver, stomach, etc.) to enable training in procedures like gastrointestinal anastomosis, partial gastrectomy, and appendectomy, with principal components including consumable organ modules.

Dural Repair Training Model

The Dural Repair Training Model is a 3D-reconstructed head model based on real human data, simulating dural membrane and brain parenchyma structure, designed to train neurosurgical extramural techniques like dural cutting, suturing, and patch application.

Colonoscopy interventionTraining Model

The Training Model for Transnasal Sphenoid Process Resection is a 3D-reconstructed model based on real human anatomy data, enhancing proficiency in neurosurgical procedures like sphenoid ridge resection and transsphenoidal approaches, with principal components including head, brain parenchyma, skull, and basal hematoma lesion, and supporting emergency neurosurgical treatment training with real clinical instruments.

Microsurgical Intracranial Vascular

The Microsurgical Intracranial Vascular Anastomosis Training Model is a 3D-reconstructed model based on real clinical data, using multi-material 3D printing to replicate brain parenchyma and blood vessels. It supports various vascular anastomoses (dura mater, end-to-end, etc.), features a wrist-fatigue-reducing window cover, is compatible with deep anastomosis training, and has replaceable vascular consumables for reusable neurosurgical skill practice.

Breast Tumor Excision Training Model

The Breast Tumor Excision Training Model simulates breast tissue with four tumor/hyperplasia sites, using polymer material to replicate real breast anatomy (skin, dermis, etc.). It supports training in breast palpation, tumor excision, cosmetic suturing, and reconstruction, offering a realistic feel of lump hardness, motion, and tissue adhesion.

Medical Cesarean Section Training Model

The Medical Cesarean Section Training Model is a polymer-based, 3D-anatomy-replicated tool that simulates fetuses at different gestational ages, umbilical cord, and uterus (with customizable umbilical cord entanglements). It meets cesarean section training requirements, can be used independently or with a manikin for realistic surgical environment practice.