SOLARIS MARK IV

Precision-Engineered. Fully Integrated. Laser Therapy.

A first-of-its-kind, fully integrated laser therapy system designed to make advanced laser treatment accessible and seamless for modern practices. Solaris partners with you to deliver consistent, precise, and reproducible results—helping you elevate patient outcomes with confidence.

Designed and Engineered in USA

True Provider Partnership

Consistent, Reliable Results

Multi-Wavelength System

650 nm – Superficial Tissue & Cellular Support

Red Light (Surface to Mid-Depth Tissues)

  • Primary Benefits

    • Supports cellular metabolism and ATP activity

    • Enhances superficial circulation and oxygen delivery

    • Promotes connective tissue health and collagen support

    • Assists with tissue recovery and inflammation management

    Common Applications

    • Superficial soft-tissue irritation

    • Trigger points and myofascial tightness

    • Tendon and ligament support

    • Post-injury tissue recovery

  • 915 nm – Deep Muscle & Joint Perfusion

    Near-Infrared (Deep Soft Tissue Penetration)

    Primary Benefits

    • Enhances blood flow and oxygen delivery to deeper tissues

    • Supports muscle relaxation and recovery

    • Improves tissue perfusion in larger muscle groups

    • Assists with joint and capsular support

    Common Applications

    • Deep muscular pain and tightness

    • Hip, knee, and shoulder conditions

    • Chronic myofascial restrictions

    • Post-exercise and post-traumatic recovery

  • 980 nm – Pain Modulation & Neuromuscular Relaxation

    Near-Infrared (Analgesic & Neural Support)

    Primary Benefits

    • Supports pain modulation at the peripheral nerve level

    • Helps reduce muscle guarding and spasm

    • Assists with calming irritated neural structures

    • Improves mobility by reducing protective tension

    Common Applications

    • Radicular or nerve-related discomfort

    • Chronic muscle guarding patterns

    • Neural irritation and sensitivity

    • Movement-limiting pain presentations