It can remove the protruding nucleus pulposus tissue, hypertrophied ligamentum flavum and proliferated and cohesive synovial processes and other neurological pressure-causing factors, thus obtaining a radical curative effect. This system has highly clear observation performance, flexible and stable fixation device and well-designed surgical instruments, which facilitates doctors to carry out treatment smoothly and efficiently. Nowadays, posterior discoscopy can not only treat lumbar disc herniation, but also lumbar spinal stenosis such as lateral saphenous fossa stenosis and central canal stenosis.
The posterior intervertebral discoscope is a straight tube medical endoscope with optical fiber light guide, and the body of the mirror is separated from the light guide beam. This scope is mainly used for microscopic surveillance of posterior minimally invasive discectomy for better observation of tiny and easily overlooked lesions, making the surgery more thorough and reducing surgical trauma. It works by transmitting a light beam to the front end of the endoscope's objective lens through optical fibers, illuminating the object under observation, and then relying on the imaging and magnification of the lens to obtain a clear image, so as to observe the tiny lesions in the deep.
Advantages of intervertebral discoscopy:
◆Wide range of indications, can treat lumbar disc herniation and lumbar spinal stenosis;
◆Small wound (about 1.5cm), less tissue damage, less bleeding, and shorter operation time;
◆High safety, with a magnification of 60 times under the mirror, it can clearly distinguish the tissue under the mirror to avoid nerve root injury;
◆Short bed rest and recovery time after surgery. Short bed rest and quick recovery after operation, outpatient surgery is possible;
◆ Reduced cost of comprehensive treatment;
◆ High acceptance of patients;
◆ High-definition vision facilitates the treatment of easy-to-neglected lesions;
◆ Record of the whole surgical procedure, which is convenient for case discussion and academic exchanges.
Experts predict that posterior discoscopy will be the endoscopic system that can be popularized in the clinic after arthroscopy, cystoscopy and laparoscopy, and this technology will completely replace the lateral discoscopy technology!
Disc series products
Ozone therapeutic instrument, radiofrequency therapeutic instrument, semiconductor laser therapeutic instrument, Japanese eight light puncture needle, c-arm intervertebral foramenoscopy, suction therapeutic instrument,
Medical ozone is the only equipment that has the certificate of registration of the three types of equipment that can work 24 hours a day. Semiconductor laser using 810 and 980 two wavelengths, Japan eight light needle is internationally recognized as the best quality and toughness, c-arm in the country is the only use of fully automated operating procedures. The company can take the packing way or single species procurement, to ensure the lowest price and quality of the best after-sales perfect. Can also be used to cooperate in the way of sharing or our individual investment.
Intervertebral discoscopy is also called intervertebral foramenoscopy
Armed Police Shandong Provincial General Hospital Orthopaedic Center in the first to introduce the intervertebral discoscopy technology, spinal surgery group of experts set up the intervertebral discoscopy clinical research team in 2010 published the intervertebral foramenoscopy of the clinical report, the conclusion of its report JOIMAX percutaneous intervertebral foramenoscopy combined with the independent operation of the THESSYS technique, successfully for many patients with lumbar disc herniation who underwent discoscopic nucleus pulposus removal. Most of the patients had immediate postoperative symptomatic relief and were discharged from the hospital within three days.
It is understood that this technique is less traumatic than the usual posterior surgery by removing the herniated disc tissue under endoscopic surveillance through a special lateral foraminal approach. Typical laminectomies inevitably cause extensive damage to structures that play an important role in spinal stabilization in order to approach the target point, which usually requires immediate spinal fusion. In contrast, the laminectomy technique progressively enlarges the intervertebral foramina with a patented reamer and appropriate medical instrumentation, completely removing any protruding or detached fragments as well as the degenerated, inflamed nucleus pulposus. It can also provide continuous irrigation and anti-inflammation of the lesion, use radiofrequency electrodes to repair the fibrous ring, ablate nerve-sensitizing tissues, and block the circumferential nerve branches to relieve the patient's soft tissue pain.