The ASA Laser M-Hi

Efficient.

Patented technology, scientifically and clinically validated.

• M-Hi is efficient in run-time and over time, thanks to advanced internal sensors that ensure durability and stability.
• With +100 scientific publications and +20,000 devices installed all around the world, the patented MLS® Laser Therapy is scientifically and clinically proven.

Safe.

Reliability in your hands.

• M-Hi inherits the mechanisms of action of MLS®, evolving its technological features while delivering validated state-of-the-art protocols. 
• Applying the most powerful protocol (es. osteoarthritis) in both Point-by-Point and Scan modality, M-Hi delivers the right energy mix to the target tissues through a pleasant feeling: always far from reaching the thermal damage threshold​.

Versatile.

Suitable to all clinical environments and methods, for an intensive daily use.

• Lightweight: ergonomic, easy to handle and to operate, M-Hi is always at your side.
• Cordless: thanks to its interchangeable batteries, M-Hi ensures hours of treatments and freedom of movement.
• Long lasting & High performing battery: M-Hi covers the entire working day without the need for recharging (at least 20 patients per day, for an average of 10min per patient). 

Adaptive.

Focus on your patients: M-Hi automatically adapts the protocols to your needs.

Thanks to the patented system of automatic lens recognition and parameters adjustment, M-Hi adapts the protocol to ensure the desired dosage values. The tissue-targeted protocols available for all body districts are extremely easy to follow: let them guide you to immediate results.

Accurate.

No more guesswork: track the dose, objectify your therapy and replicate the results.

Dosage (J/cm2): Track the energy delivered per unit of treatment surface (J/cm2).

Evidence-based Medicine.

Safety and effectiveness of MLS® Laser Therapy are constantly proven at ASAcampus, the Joint Laboratory between ASA Research division and the Department of Biomedical and Clinical Experimental Science at the University of Florence – Italy, directed by Dr. Monica Monici.