Limbs

This model is designed for finger surgery. It consists of an acrylic board with suction cups and a finger model. It has a structure of finger skin, bone, tendon, nerve, and vessels. It has a realistic tissue response and the structures are at an anatomically accurate location. The finger is flexible and can bend. The material has high durability to provide multiple times of use.

This trainer is designed for arthroscopic rotator cuff repair. We simulated the shoulder joint bone and muscle. We simulate the different anatomical parts with different materials so that you can feel the realistic tissue response. You can fill the shoulder part with water and proceed with the arthroscopic surgery. The material is not only suturable but also has high durability to provide multiple times of use. The shoulder part is replaceable. After numerous times of practice, you can purchase an extra replacement shoulder part and reuse the half torso.

This model is designed for the demonstration and explanation of the shoulder. We simulated the part of the humerus and the scapula and muscle at the shoulder joint. We used different materials for the different anatomical parts so that you can feel the realistic tissue response.

This trainer is designed for practice to find the right location to make a puncture for femoral arteries. It has a structure of the liver, kidneys, ureter, aorta, bladder, and uterus as well as the pump with motor. The pump simulates blood circulation through the trainer. Ultrasound is applicable, so you can find the vessels under the skin pad.
We simulate the different skin layers and organs with different materials so that you can feel the realistic tissue response. The material has high durability to provide multiple times of use. The skin pad with the vessel is replaceable, after numerous times of puncture practices, you can replace or purchase extra skin pads to reuse the housing and other components.

This knee model with femur, tibia, patella and related ligaments and cartilage are designed for meniscus tear suture practice.
The components are replaceable. After numerous times of practice, you can purchase extra replacement parts and reuse the trainer.

This knee model has a structure of bone, muscle, and joint with femur, tibia, patella, and related ligaments and cartilage. The skin has 3 layers, dermis, epidermis, and fat. We simulate the different skin layers with different materials so that you can feel the realistic tissue response. The material is not only suturable but also has high durability to provide multiple times of use.
You can adjust the femur-tibia angle at your convenience with screws on the stand. Basically, the whole anatomical structure of the knee part has been simulated, all kinds of knee-related operations are available with this model.

This knee model has a structure of bone, muscle, and joint with femur, tibia, patella, and related ligaments and cartilage. This model is designed for knee aspiration skill training, the users can feel the realistic touch and movement of the patella when they simulate the palpation for inserting a needle. The skin has 3 layers, dermis, epidermis, and fat. We simulate the different skin layers with different materials so that you can feel the realistic tissue response. Ultrasound is also applicable to this model. Despite the fact that the model is designed for knee aspiration, because of the whole anatomical structure simulated, all kinds of knee-related operations are available with this model. For example, Knee implant practice and meniscus tear suture with arthroscopy and skin suture, etc.

This is a left feet model of 245mm female. We used soft material to simulate a more realistic skin layer. It has high durability.

This model is designed for intravenous injection training on the arm. It consists of an arm skin pad with a vein buried inside at the anatomically right position and shape, a motor for simulating the circulation of the blood flow through the arm, a bottle for simulated blood tank, a power cord for the motor, and a shield. With the fabric attached to the arm skin pad, the users can have a more realistic practice experience by role-playing. There is a shield included to protect the user who wears the simulator from an unexpected puncture accident. A single person also can practice intravenous injection using the manikin arm model.
The direction of the water pump is, the input tube near the bottle. The input tube should be sinking in the water and the output tube needs to be hanging in the air after circulating the pad to see the water drops which proves the water flow.
To drain, please pull the input tube in the air while the pump is still on. You can find the air goes into the pump to the arm skinpad and as result, it comes to another end of the tube.
There is also a version without the motor in case you are not available for electricity.

This trainer is designed for intravenous injection on the arm. It consists of a replaceable arm pad with vein inside, holding jig and mock up blood. There is motor in the jig which pumps out the mock up blood to circulate through the vein.
You can practice intravenous injection, IV cannula injection and blood sampling.
The product has high durability for repeatable use.

This hand model is designed for intravenous injection training. It consists of a hand skin pad with a vein buried inside at the anatomically right position and shape, a motor for simulating the circulation of the blood flow through the hand, a bottle for simulated blood tank, a power cord for the motor, and a shield. With the fabric attached to the hand skin pad, users can have a more realistic practice experience by role-playing. There is a shield included to protect the user who wears the simulator from an unexpected puncture accident. A single person also can practice intravenous injection using the mannequin hand model.
The direction of the water pump is, the input tube near the bottle. The input tube should be sinking in the water and the output tube needs to be hanging in the air to see the water drops after circulating the pad which proves the water flow.
To drain, please pull the input tube in the air while the pump is still on. You can find the air goes into the pump to the hand skin pad and as result, it comes to another end of the tube.

This model is designed for demonstration and practice of burn treatment.
It is made of humanlike tactile material so users can have a realistic practice experience with this product. There is a strap attached to the burn skin pad, so it is great to use to improve medical professionals’ communication skills with patent. The model has high durability to provide multiple times of use.

This deltoid intramuscular injection trainer has epidermis, dermis, fat, and muscle layers with acromion and humeral head. It has an anatomically accurate structure.
We simulate the different skin layers with different materials so that you can feel the realistic tissue response and resistance when you puncture the skin layers to the fat and finally muscle layer.
It has a drainage hole at the bottom, the liquid will come out and the model will dry naturally.
There is a strap attached to the trainer, so it is great to use to improve medical professionals’ communication skills with patent.