I. Setting off a historic revolution in the treatment of herniated discs and osteoarthritic diseases Herniated discs, rheumatoid, ankylosing spondylitis, osteoarthritis and other diseases are clinical diseases with a high rate of disability. Early stage is usually characterized by joint pain and swelling, and as the disease progresses, joint deformation and activity limitation will occur, which will lead to crippling in severe cases. The core problem of joint deformity is that long-term joint inflammation leads to changes in the structures surrounding the joints, such as synovium, bursa, tendons, ligaments and other structures such as hyperplasia, hypertrophy, sclerosis and so on. Clinical problems such as large trauma, easy infection and recurrent episodes of traditional joint cavity irrigation and drug injection, needle and knife loosening, arthroscopic surgery or open surgery have been plaguing the development of treatment technology for this disease, while the perfect combination of ultra-minimally invasive needle microscopy and specialized holmium laser has comprehensively solved the above problems and brought a blessing to the patients with arthropathies with the advantages of small trauma, fast recovery and good long-term therapeutic effect; allowing hip joints, knee joints, and even the smallest class of joints to have the same effect, The synovectomy, flushing and cleaning of aseptic inflammation in hip joint, knee joint and even small rheumatoid joints can achieve the advantages of optimal therapeutic effect, visualization of operation, targeting of treatment and controllable depth of synovectomy, so that the lesion can be discharged more accurately and the damage to normal soft tissues can be minimized. Ultra-minimally invasive needling and microscopy technology All the ultra-minimally invasive needling and microscopy instruments and operation methods are based on small trauma. Say goodbye to the disadvantages of traditional arthroscopy trauma, traditional arthroscopic treatment usually need to establish 3 or more channels in the surgical site to facilitate the operation, the treatment process is based on cutting or exploiting the hypertrophied synovial membrane, cartilage and other tissues, the trauma is relatively large, the recovery time is relatively long; Ultra minimally invasive needle microscopy in the treatment of the incision is less than 1.6mm, only 1-2 channels need to be established, and part of the disease can be completed by one channel. The whole diagnosis and treatment process mainly relies on holmium laser target treatment to replace the surgical instruments and planers in the treatment process, with the unique advantage of tiny trauma of only 0.5mm in diameter, bid farewell to the dead space, combined with the powerful power of holmium laser, it can easily complete the repair and treatment of the whole body’s various joint tissues, and it realizes the complete and bleeding-free synovial membrane while overcoming the drawbacks of the traditional therapies of not being able to carry out synovectomy of the small joints, In addition to overcoming the disadvantages of traditional treatment that synovectomy of small joints cannot be performed, it can completely remove the synovial membrane and synovial wall without bleeding; thus, it is easier to repair the edge of meniscus and cartilage defects, and it is flatter and smoother compared with the traditional treatment; at the same time of releasing the adhesion and eliminating the inflammation, it can also restore the diseased joint space by the original ozone pressurized expansion method. The operation is less traumatic and functional exercises can be performed on the second day after the operation. This technology is applicable to the joint rheumatic intractable pain, local muscle, nerve and ligament lesions, gouty arthritis, septic arthritis and other systemic bone and joint diseases. Three, only 1.6mm – so that herniated disc visual removal has become a reality The treatment of herniated disc from the traditional conservative treatment gradually towards minimally invasive, minimally invasive treatment of herniated disc in recent years, many methods flocked to the method of the same time to the many doctors of pain brought more misunderstandings, the choice of a therapy to treat a few cases of patients followed by the reality of the poor efficacy of the treatment is presented in front of each doctor, after surgery, a large number of clinical review CT, gout arthritis and other bone and joint diseases, and the treatment of the disc herniation. A large number of clinical reviews of CT, MRI and other imaging tests have confirmed that the minimally invasive therapies such as laser, plasma, radiofrequency, ozone, percutaneous excision and suction, waterjet, and rotary cutting have basically no change in the images after treatment, and that there is even a recurrence of symptoms. The perfect combination of ultra-minimally invasive needlescope and holmium laser accurately eliminates the herniated target point with minimal trauma and visualization, so that the image review returns to normal and effectively says goodbye to the postoperative recurrence; the uniquely designed bending holmium laser treatment probe makes the herniation residue-free. It mainly treats cervical disc herniation, lumbar disc herniation and other spinal diseases. Holmium Laser Soft Tissue Treatment System Holmium Laser Soft Tissue Treatment System is completely different from traditional holmium laser lithotripter and PLDD disc decompression. It is a soft tissue-specific medical device that uses pulsed laser energy to ablate herniated targets and synovial membrane, which is transmitted through silicon oxide quartz optical fiber coupling, and this optical fiber is bendable, so it is very suitable for ultra-minimally invasive needle microscopy visualization treatment. The device facilitates the removal of synovial membranes and folds of arthropathic lesions, targeted ablation, and even instantaneous ablation of calcified tissue. The working medium of holmium laser is holmium-yttrium-aluminum garnet, which is a pulsed near-infrared laser produced by activating the rare element holmium doped on yttrium-aluminum garnet crystals by using xenon scintillation light source with a wavelength of 2140nm, which is exactly located in the absorption range of water, and the water content of human cells reaches 60-80%, so that the human tissues, when irradiated by laser light at this wavelength, will be vaporized rapidly due to heat absorption to achieve the therapeutic effects of cutting, vaporization and coagulation; the treatment effect of Holmium Laser can be achieved instantly. The pulse time of holmium laser is 0.25ms, which is far less than the heat conduction time of the tissue (1ms), the penetration depth of the tissue can be accurately controlled within 0.4mm, and the working temperature is not more than 37 degrees Celsius, so the thermal damage to the surrounding tissues is extremely small; the intraoperative hemostasis effect is good, the hemostasis time of holmium laser is a quarter of that of the electrosurgical knife, and the hemostasis effect is 2-4 times of that of the electrosurgical knife. Therefore, it is possible to achieve very little intraoperative bleeding or even bloodless surgery, which shortens the operation time, effectively improves the safety of the operation and minimizes the postoperative complications.