Standard RF mode

Medical shock wave overview Shock wave is a kind of mechanical pulse pressing strong wave conducted by physical mechanism medium (air or gas). It can convert the impulse sound wave generated by pneumatics into accurate ballistic shock wave. By positioning and moving the therapeutic probe, it can produce good therapeutic effect on the human tissues with extensive pain. Key words: safety, noninvasive, no sequelae, wide indications What is shock wave It is mechanical wave and acoustic wave. It needs medium such as water, air and tissue to propagate. Its characteristic is that the pressure rises sharply to the peak value in a few nanoseconds. The extracorporeal shock wave pain diagnosis and treatment system, through the energy generated by the compressor, promotes the "bullet" to move in the "barrel" at a high speed, and impacts the "probe" to generate mechanical waves; then, through the medium such as coupling agent, the energy is transferred to the human body tissue, producing various therapeutic effects. Extracorporeal shock wave therapy (ESWT) has been developed for a long time. In order to study the clinical efficacy of ESWT on its classic indications, experts from various medical departments have carried out a large number of basic and scientific research, and concluded that the clinical biological effects of shock wave are as follows: Energy release of acoustic boundary Cavitation Increase the permeability of cell wall Stimulate microcirculation (blood, lymph) Release of substance P Reduction of non myelinated nerves Release of nitric oxide (vasodilation, increased cell metabolism, angiogenesis, anti-inflammatory effects) Antibacterial effect Stimulating growth factors (angiogenesis, bone, collagen regeneration) Stimulating stem cells

Pulsed RF mode

summary Shock wave is a kind of mechanical pulse pressing strong wave conducted by physical mechanism medium (air or gas). It can convert the impulse sound wave generated by pneumatics into accurate ballistic shock wave. By positioning and moving the therapeutic probe, it can produce good therapeutic effect on the human tissues with extensive pain. Key words: safety, noninvasive, no sequelae, wide indications What is shock wave It is mechanical wave and acoustic wave. It needs medium such as water, air and tissue to propagate. Its characteristic is that the pressure rises sharply to the peak value in a few nanoseconds. The extracorporeal shock wave pain diagnosis and treatment system, through the energy generated by the compressor, promotes the "bullet" to move in the "barrel" at a high speed, and impacts the "probe" to generate mechanical waves; then, through the medium such as coupling agent, the energy is transferred to the human body tissue, producing various therapeutic effects. Extracorporeal shock wave therapy (ESWT) has been developed for a long time. In order to study the clinical efficacy of ESWT on its classic indications, experts from various medical departments have carried out a large number of basic and scientific research, and concluded that the clinical biological effects of shock wave are as follows: Energy release of acoustic boundary

Bipolar / multistage RF mode

Multi channel RF technology bipolar RF technology unipolar RF damage area Dr.MatthewKline On the basis of the invention, Baylis RF uses special bipolar software to equalize the temperature of bipolar tissue, instead of the traditional positive and negative electrodes (a movable electrode, Baylis radio frequency real-time detection of bipolar temperature, real-time temperature compensation (detection and compensation in 1s) at the same time using two electrodes and cannula of the same model, bipolar radio frequency damage process bipolar space does not exceed 5 times of the diameter of the radiofrequency trocar, 5x20 = 0.175in = 0.45cm 5x21 = 0.16in = 0.41cm four pin continuous RF damage area The four pole continuous RF mode RF output power value is the output power of all electrodes and the quadrupole continuous RF mode host can display and monitor the treatment temperature of four groups of electrode needles at the same time, and the host can display the heating chart of four groups of electrode needles at the same time

Water cooled RF mode

Real time temperature compensation (detection and compensation in 1s) is carried out. Two electrodes and cannula of the same type are used at the same time. The bipolar space is not more than 5 times of the diameter of the RF trocar. 5x20 = 0.175in = 0.45cm 5x21 = 0.16in = 0.41cm in the four pin continuous RF damage area, the RF output power value of four pole continuous RF mode is the sum of the output power of all electrodes The four pole continuous RF mode host can display and monitor the treatment temperature of four groups of electrode needles at the same time, and the host computer can display the heating chart of four groups of electrode needles at the same time

Discectomy and aspiration

It can cut and suck out nucleus pulposus efficiently, shorten the operation time. The aseptic disposable handle of nucleus pulposus removal is controlled by power supply, and the disposable handle is set faster. It does not need to clean, check and sterilize before operation. It reduces the demand for a variety of traditional instruments. The amount of nucleus pulposus removed effectively is accurate and predictable, which can reduce the pressure of nerve root No matter the patient's age and the degree of intervertebral disc hydration, it can effectively ablate the tissue. Safe cooling and fluid based cutting function eliminate the risk of tissue thermal damage. The circular and non-invasive endoresector design reduces the risk of annulus fibrosus puncture and endplate injury. The insertion depth of 0.5cm laser marking device insertion depth indicator controls the insertion depth of the device Reduce the number of times the instrument passes through the surgical site and limit the risk of accidental nerve injury

Percutaneous discectomy

The operation time is shortened. The aseptic disposable handle is controlled by the power supply, and the disposable handle is set faster. There is no need to clean, check and sterilize before the operation. It reduces the demand for a variety of traditional instruments. The effective removal of nucleus pulposus is accurate and predictable. It can reduce the nerve root decompression. Regardless of the patient's age and the degree of intervertebral disc hydration, it can effectively ablate the tissue safely The cooling and fluid based cutting function eliminates the risk of thermal injury to tissues. The circular non-invasive endoresector design reduces the risk of annulus fibrosus puncture and endplate injury. 0.5cm laser marking device insertion depth indicator controls the insertion depth of the device, reducing the number of times the instrument passes through the surgical site, thus limiting the risk of accidental nerve injury