SC-LAJ620 Ankle Joint Simulation Model Pro
- Ankle Arthroscopic Exploration and Surgery
- Foot and Ankle Tendon and Soft Tissue Repair and Reconstruction
- Foot and Ankle Internal Fixation
- Foot and Ankle Joint Fusion and Replacement
- Ankle Joint Anatomy Training
- X-ray and CT Image Interpretation Training
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Description
I. Introduction to Ankle Joint Simulation Model Pro
Ankle Joint Simulation Model Pro is a complete ankle joint surgical training model. It helps doctors quickly familiarize themselves with the procedures and instruments used in minimally invasive ankle surgery, obtaining realistic visual and tactile sensations during the procedure, allowing doctors to learn better and faster.
II. Surgical Training Procedures
1. Ankle Arthroscopic Exploration and Surgery
2. Foot and Ankle Tendon and Soft Tissue Repair and Reconstruction
3. Foot and Ankle Internal Fixation
4. Foot and Ankle Joint Fusion and Replacement
5. Ankle Joint Anatomy Training
6. X-ray and CT Image Interpretation Training
III. Ankle Joint Simulation Model Pro
1. Dimensions: 20.8*17*25.4CM
2. The model is a 1:1 scale replica of a real human anatomy, depicting the appearance of an adult physique. Based on real human imaging data, it features a complete ankle joint anatomy, including the distal ends of the tibia and fibula, calcaneus, talus, navicular bone, anterior tibiofibular ligament, anterior talofibular ligament, calcaneofibular ligament, posterior talofibular ligament, medial tibiocalcaneal ligament, posterior tibiotalar ligament, medial tibionavicular ligament, posterior talocalcaneal ligament, superior peroneal retinaculum, inferior peroneal retinaculum, inferior extensor retinaculum, flexor retinaculum, soleus muscle, peroneus longus, peroneus brevis, tibialis anterior, tibialis posterior, Achilles tendon, extensor digitorum longus, extensor digitorum brevis, flexor digitorum longus, flexor digitorum brevis, extensor hallucis longus, extensor hallucis brevis, flexor hallucis longus, flexor hallucis brevis, peroneus tricuspidus, abductor hallucis, and abductor digiti minimi.
3. The muscles and ligaments are made of a proprietary platinum-silicone formula, offering a highly realistic appearance, flexibility, elasticity, and tension. Both ligaments and muscles have a Shore A hardness of A20±2, providing a tactile feel close to that of a normal human body, resulting in a realistic surgical experience. The Achilles tendon and ligaments can be punctured, cut, and sutured.
4. The skeleton is made of a unique biomimetic bone material with a density similar to human bone. It contains both cortical and cancellous bone structures, allowing for surgical procedures such as grinding, drilling, osteotomy, screw placement, plate placement, and fixation. Drilling provides a realistic feel of air pockets, and bone powder is visible. The bone is less prone to cracking, and the material does not easily adhere to the cutting tool. It features a 1:1 scale replica of human anatomy, with accurate bony landmarks, enabling clinical-grade surface localization.
5. The model supports X-ray/CT imaging, providing clear imaging results and clearly distinguishable bones, closely resembling the real human body. Under CT scans, the cortical and cancellous bone are distinguishable, with significant differences in CT values, allowing for more realistic surgical simulation.
6. The skin has a Shore hardness of A10±2, providing a tactile feel close to that of a normal human body. Human bones can be felt, resulting in a realistic surgical experience. Procedures such as skin disinfection, surface marking, puncture, cutting, suturing, and establishing working channels are possible.
7. The model includes flexible artificial ligaments and linked, stretchable muscles, simulating natural foot movement and showcasing the composition and structure of the ankle joint.
8. The operable muscles, ligaments, and bones of the model are consumables, reusable, and easily replaceable.
9. A matching base stand with suction cup anti-slip design ensures the model’s stability and ease of operation.
10. It can be placed directly on a table, regardless of location.
IV. Basic Configuration Requirements
1. Ankle Joint Simulation Model Pro*1
2. White Base*1
3. Instruction Manual*1
| Why Choose Us?
SC-LV40 medical training ear washing manikin for ear syringing has relatively specific functions and is a good simulator for training medical staff’s ear canal irrigation skills. The service life of the product is relatively long, and it can be trained many times without deformation. We all provide a one-year after-sales guarantee service, and technicians will solve after-sales problems for customers online. Our price is moderate, and we will customize logos for customers according to their needs. There will be no additional charge for domestic shipping.
| Order Process
- After confirming the product quantity and shipping method, pay according to the contract.
- After we receive the payment, we will place an order with the factory for production.
- The product is produced and packaged, and shipped by the agreed mode of transportation.
- Confirm the customs clearance documents and product delivery pictures with the customer.
| Company
Chongqing Scope was established in Chongqing in 2019. The main business scope is the export of laboratory products. Our sales staff are all experienced employees, we have our own dedicated microscope factory, and products can be customized according to requirements. We also provide other laboratory consumables, metallographic equipment, medical simulators, etc. Our customers are located in more than 30 countries and regions all over the world, and we get a lot of good feedback. Our company has various certificate qualifications, ISO9001, ISO14001, CE, UKCA, ISO45001, ISO13485, etc.
