SC-LLV911S Posterior lumbar endoscopic simulation model Pro
- Percutaneous Endoscopic Lumbar Discectomy (PELD)
- Percutaneous Rod-Screw Surgery
- X-ray and CT Image Interpretation Training
- Lumbar Interbody Fusion Surgery
- Plate Internal Fixation and Bone Grafting Fusion
- Posterior Lumbar Anatomy Training
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Description
I. Introduction to the Posterior Lumbar Surgery Simulation Model Pro
The Posterior Lumbar Surgery Simulation Model Pro is a complete lumbar spine surgery training model. It is radiopaque under vertebral X-ray and allows visualization of the guide pin placement and burr treatment using a C-arm X-ray machine. It helps surgeons quickly familiarize themselves with the procedures and instruments used in minimally invasive lumbar spine surgery, providing realistic visual and tactile feedback during the procedure, enabling surgeons to learn better and faster.
II. Surgical Training Procedures
1. Percutaneous Endoscopic Lumbar Discectomy (PELD)
2. Percutaneous Rod-Screw Lumbar Surgery
3. X-ray and CT Image Interpretation Training
4. Lumbar Interbody Fusion Surgery
5. Plate Internal Fixation and Bone Grafting Fusion Surgery
6. Posterior Lumbar Anatomy Training
III. Posterior Lumbar Anatomy Model Pro
1. Dimensions: 30*34*15.5CM
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 includes structures such as skin, muscles, lumbar vertebrae L1-L5, hemipelvis, intervertebral discs (nucleus pulposus, annulus fibrosus), nerves, ligamentum flavum, and interspinous and supraspinous ligaments. Surface localization (using Kirschner wires to mark the needle insertion route) is similar to clinical experience.
3. Simulates the morphology of real skin, possessing the curves of a real human spine and buttocks. Approximately 2mm thick, with a touch close to that of a normal human body, exhibiting elasticity and tension. The procedure offers a realistic feel, allowing for skin disinfection, surface marking, puncture, cutting, suturing, establishing working channels, and placement of percutaneous endoscopic discectomy.
4. The skin is soft and puncture-resistant.
5. The skin is made of silicone material: highly stable and safe with no toxicity. RoHS official non-toxic testing certificate is available.
6. The skin uses a dust-proof process, lubricating and preventing dust adhesion.
7. The muscles feature a lightweight design and biomimetic memory material, allowing for rapid rebound and enabling puncture, cutting, and working channel establishment.
8. The vertebral bodies and hemipelvis are made of a unique biomimetic bone density material, similar to human bone density, with internal cortical and cancellous bone structures. The cortical and cancellous bone materials have two different densities, allowing for surgical procedures such as grinding, drilling, osteotomy, screw placement, plate placement, and fixation. Drilling provides a realistic feel of emptiness, and bone powder is visible; the vertebral bodies are not prone to cracking, and the material does not easily adhere to the cutting tip; it features a 1:1 realistic human anatomical structure with accurate bony landmarks, enabling clinical-grade surface localization.
9. The intervertebral disc is made of a unique biomimetic material, featuring a biomimetic annulus fibrosus and a biomimetic nucleus pulposus. It exhibits various herniated pathological conditions, allowing for procedures such as grasping, clamping, and removal of the nucleus pulposus, as well as interbody fusion device placement.
10. The model supports X-ray/CT imaging, providing clear imaging results and clearly distinguishable vertebral bodies, closely resembling the real human body. Under CT scans, cortical and cancellous bone are distinguishable, with significant differences in CT values. The placement of the guide pin and the treatment of the burr head can be observed using a C-arm X-ray machine, enabling more realistic surgical simulation.
11. Vertebral bodies and muscles are consumables, reusable, and easily replaceable.
12. The model clearly distinguishes between cortical and cancellous bone under CT scans, providing real CT data as proof.
IV. Basic Configuration Requirements
1. Posterior Lumbar Surgery Simulation Model Pro*1
2. Airline Packaging Case*1
3. Product Manual*1
4. Certificate of Conformity*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.
