REMY™ FX QUAD-WAVE

810nm, 980nm & 1064 Infrared + 650nm Red Diode

The quad-wave system utilizes three therapeutic infrared wavelengths that work together to deliver laser energy across multiple tissue depths, along with a visible red diode that allows the practitioner to precisely identify the treatment area.

By combining wavelengths that interact with tissue in different ways, the system is designed to support a broader range of clinical applications while delivering balanced and controlled energy during therapy.

Together, these wavelengths create a broad therapeutic profile capable of addressing superficial tissue, intermediate structures, and deeper musculoskeletal targets while supporting circulation, cellular metabolism, and tissue recovery.

  • Strongly associated with cellular energy activity within the mitochondria

  • Interacts with key chromophores involved in cellular metabolic processes

  • Supports increased ATP (cellular energy) production

  • Helps stimulate biological processes involved in tissue repair

  • Contributes to improved cellular recovery and regeneration responses

  • Interacts strongly with water molecules naturally present within soft tissue

  • Supports improved microcirculation in the treatment area

  • Helps reduce localized inflammatory fluid accumulation

  • Delivers therapeutic energy to deeper structures such as muscles, tendons, and joints

  • Contributes to pain reduction and improved tissue recovery processes

  • Greater optical penetration into deeper tissue layers

  • Lower absorption by surface chromophores allows energy to travel further beneath the skin

  • Helps reduce localized inflammatory fluid accumulation

  • Supports treatment of deeper musculoskeletal structures

  • Helps deliver therapeutic energy to large muscles and joint complexes

  • Commonly used for deeper structures such as hips, knees, shoulders, and major muscle groups

Because therapeutic infrared wavelengths cannot be seen by the human eye, the Remy system incorporates a 650nm visible red diode that acts as a positioning guide. This visible beam allows the practitioner to clearly identify the treatment area and maintain precise control over energy placement during therapy.

  • 15W (810nm) + 15W (980nm) + 15W (1064nm)
  • 30W (810nm) + 30W (980nm) + 30W (1064nm)

The quad systems deliver powerful multi-wavelength outputs through three independent laser diodes.

These systems are available in configurations that provide either:

  • 45 watts total power (15W from each wavelength)
  • 90 watts total power (30W from each wavelength)

Clinical benefits of these power levels from three diodes include:

  • Higher power output allows therapeutic light energy to penetrate deeper into tissue while maintaining efficient treatment times

  • Enables clinicians to deliver meaningful therapeutic energy levels to muscles, tendons, ligaments, fascia, and joints

  • Helps avoid prolonged treatment sessions while still achieving effective energy delivery

  • Power distributed across three optimized wavelengths supports balanced energy delivery across multiple tissue depths

  • Offers greater clinical versatility compared to systems relying on a single wavelength

  • Allows treatment of both superficial and deeper tissue conditions

  • Maintains controlled, clinically appropriate energy delivery throughout therapy

Continuous Wave and Repeat Pulse

The Remy™ provides multiple operational modes so clinicians can adjust energy delivery based on treatment goals, tissue characteristics, and patient comfort. The ability to alternate between delivery modes allows practitioners to adapt treatments to the specific needs of each patient and condition.

  • Delivers a steady, uninterrupted stream of therapeutic light energy
  • Provides consistent photobiomodulation throughout the treatment session
  • Helps support improved circulation in the treatment area
  • Encourages cellular metabolic activity and energy production
  • Commonly used when sustained, uniform energy delivery is desired during therapy
  • Delivers laser energy in rapid, controlled bursts rather than a continuous beam
  • Introduces brief intervals between pulses to help manage thermal buildup
  • Allows tissue time to dissipate heat between energy deliveries
  • May enhance cellular signaling responses during photobiomodulation
  • Often used for sensitive treatment areas or acute inflammatory conditions