Semiconductor laser irradiation

Other care Semiconductor laser irradiation
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Semiconductor laser irradiation
Autonomic nerve function can be enhanced by irradiating a semiconductor laser.
"Medilay"The Soft Pulse 10" transmits laser light deeper into the body by irradiating pulses with a peak output of 10W and maintaining an average output of 1W.

The irradiation method uses a fiber optical system as in the conventional device, and a high output and uniform output distribution can be obtained.
High power irradiation by pulse wave
Since laser light diffuses rapidly in the living body, it is necessary to increase the laser output to transmit it deeper. However, increasing the output increases the thermal effect on the body surface. "Medilaser Soft Pulse 10" is capable of irradiating with high peak output of 1W while irradiating laser light with pulsed energy, while suppressing the irradiation energy related to heat generation to 10J / second, which is the same as the conventional equipment.
Biopermeability of pulse irradiation
In the living body, the laser beam intensity decreases rapidly as it goes deeper due to scattering and absorption as shown in the figure. "Medilaser Soft Pulse 10" realizes transmission of irradiation energy with sufficient laser light intensity by switching the 10W laser element at high speed. By irradiating laser light intermittently, cooling time is created and unnecessary heat generation is suppressed, and laser light with sufficient intensity is guided to the deep part of the living body.
This is a self-pay treatment that is not covered by insurance.
10W semiconductor pulse laser treatment device (Medilaser Soft Pulse 10: MLD-1006)
Medical device approval number 21800BZX10102000
Obtained from Suzuken Co., Ltd., a domestic medical device sales corporation, from the manufacturer Mochida Siemens Medical Systems Co., Ltd.
Approved medical device Medical device approval number is 21800BZX10102000.
At our hospital, we use our medical devices to explain all information to patients, including the effectiveness and risks of treatment, to patients verbally and in writing, record them in medical records, and thoroughly manage medical devices according to established methods. We are doing so.

Reference article: Semiconductor laser irradiation therapy near the stellate ganglion is effective for upper limb pain due to cervical osteoarthritis and cervical hernia (evaluation of laser treatment using SRQ-D)
§ Yuichi Shinoda § Published 15 July 2008
§ Medicine
Irradiation near the stellate ganglion
Low-power semiconductor lasers have the effect of “relieving pain caused by chronic non-infectious inflammation of muscles and joints”.
  • Joint pain, bruises, sprains, rheumatism
  • Muscular headache, trigeminal neuralgia, occipital neuralgia
  • Stiff shoulders, frozen shoulders, back pain, lower back pain
It is applied to pain such as.
Although there are still many unclear points about the mechanism of action, it is thought that the action of light relieves pain by returning the living body to a normal state.

It is also effective for chronic inflammation and pain of tendons and ligaments. Irradiation near the stellate ganglion has been shown to improve overtension.

The function of the autonomic nervous system decreases with aging, but by increasing this function, aging can be prevented to prevent aging. Improving the autonomic nervous system that controls most of the biological functions has been found to be aging care.

It is attracting attention in the dermatological society as it has been reported to be more effective than strong-class steroid ointment when used as a treatment for atopic dermatitis.By irradiating the vicinity of the stellate ganglion with a semiconductor laser, homeostasis can be achieved and the imbalanced biological functions can be restored.
Initial examination fee 3,000
1 times 5 minutes 3,000
*The unit is ¥.

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