Action on the pain and its causes.

MiS is a device with never-before-seen performance, capable of combining the synchronized action of MLS^® Laser Therapy with Hilterapia^® distinctive pulsed power.

The very high, instantaneous peak power and a controlled average power are consistent with the choice of pursuing efficacy while safeguarding patients’ safety. The modulation in short pulses allows in fact to “tame” the peak power, taking advantage of its therapeutic benefits in complete safety, avoiding damaging thermal effects.

In addition to the therapeutic characteristics typical of the MLS^® family, MiS finds an application in peripheral neuropathies, as demonstrated by ASAcampus scientific research.

The application of MiS in a recognized model of chronic neuropathic pain shows a clear and lasting reduction in pain symptomatology, accompanied by functional recovery. From the biological point of view, the treatment with MiS promotes the recovery of the nerve fibres that have been damaged in the lesion area, as confirmed by histological and immunohistochemical evaluations. Specifically, sheath reorganization is important both for nerve trophism and conduction.

Thus, MiS is particularly indicated for the treatment of neuropathic pain.

Boosted MLS^®

It inherits the demonstrated efficacy and therapeutic superiority of the synchronised emission of MLS^® (continuous and pulsed wavelengths, 808nm + 905nm) and it enhances the peak power of the pulsed component.

Homogeneity of treatment

The spatial overlap between the different wavelengths ensures the diffusion of the MiS energy mix on the irradiated area. The adopted optical technology allows a uniform beam profile and a homogeneous energy distribution on the target area.

Game-changing Technology

It has gone beyond the technological state of the art by optimizing the fibre coupling of 7 diode laser sources, pulsed and continuous, reaching peak powers of 1kW and an emission quality of very high level.

Safety

The very high instantaneous power is modulated through very short pulses that allow the stimulation of the therapeutic biological processes while maintaining control of the thermal effect and therefore the safety of the treatment, which has always been an essential requirement for ASA.