Collage of sports and recovery activities: training, stretching, physiotherapy, massages and running, representing the comprehensive use of specialized equipment in muscle maintenance and recovery.
Image of a person with knee pain applying a knee brace connected to an ice-free cryotherapy system. This process helps prevent injuries by promoting safe and effective muscle and joint recovery.

Our equipment is a fundamental resource for sports professionals, as it is integrated as an essential tool within their comprehensive muscle maintenance and recovery plans.

Blue snowflake icon that links to the 'Our apps' section on cold therapy for muscle recovery.

CRYOTHERAPY

The relaxing properties of cold are widely recognized in the sports field, as its application slows nerve conduction and decreases the excitability of sensory nerve endings. This results in a reduced reflex response of muscle spasms and a decrease in joint stiffness, fostering a more suitable physiological environment for recovery.

From a functional perspective, cryotherapy works by generating local vasoconstriction, which regulates blood flow and decreases the metabolic demand of tissues. It also improves lymphatic function, facilitating the reabsorption of fluids and metabolites, creating more efficient conditions for repair. At the cellular level, it stimulates the supply of oxygen and nutrients, modulating muscle and tissue recovery processes.

Taken together, these mechanisms make cryotherapy a valuable tool, not only for accelerating muscle recovery but also as a complement to injury prevention programs, by promoting the natural regeneration of tissues and optimizing physical performance in the medium and long term.

Red wave icon that links to the 'Our Apps' section about heat apps for muscle recovery.

THERMOTHERAPY

The application of heat increases tissue elasticity and significantly activates blood circulation, resulting in greater oxygenation and improved nutrient transport to the tissues. Consequently, cellular metabolism is stimulated, promoting the synthesis of collagen and elastin in skin tissue, as well as the recovery of muscle, tendon, and ligament structures. Furthermore, heat facilitates the elimination of metabolic waste and helps accelerate the body’s natural recovery processes.

Among its main physiological effects are the reduction of nerve excitability, a muscle-relaxing effect, increased sweating, and improved distensibility of collagenous tissues. These mechanisms, working together, decrease joint stiffness, improve muscle elasticity, and promote a more favorable environment for functional mobility.

In general terms, it can be stated that thermotherapy promotes muscle recovery, improves tissue function, and is an effective resource for both injury prevention and optimizing athletic performance.

Icon with red and blue arrows symbolizing heat and cold, linking to the 'Our Applications' section on thermal contrasts for muscle recovery.

THERMAL CONTRAST THERAPY

Thermal contrast therapy—the controlled alternation of heat and cold in periods of less than one minute—is an effective strategy for stimulating the so-called “vascular pump.” This mechanism, based on successive cycles of vasodilation and vasoconstriction, promotes venous and lymphatic return, increases blood flow, and improves cellular oxygenation. As a result, tissue regeneration is enhanced, the elimination of metabolites (such as lactate) is facilitated, and muscle recovery processes after training or competition are optimized.

Thermal contrast therapy offers more profound effects than the isolated application of heat or cold, by combining the benefits of both stimuli. Among its main benefits are the reduction of muscle heaviness, the decrease in post-exertion joint stiffness and neuromuscular tension, as well as the improvement of functional mobility. Furthermore, it helps to nourish, hydrate, and firm tissues, increases muscle endurance, and strengthens the body’s immune response.

Overall, this technique not only accelerates recovery and promotes the natural restoration of tissues, but also helps prevent muscle fatigue, improve performance, and maintain a more efficient physiological balance in the athlete.

Icon with blue arrows symbolizing pressure, linking to the 'Our Applications' section on sequential active hydraulic compression as support for cold and heat applications for muscle recovery.

HYDRAULIC COMPRESSION

Sequential active hydraulic compression therapy is an effective complement to cryotherapy, thermotherapy, and contrast therapy, enhancing their physiological effects. This system promotes venous and lymphatic return, improves blood flow, and optimizes oxygenation and nutrient delivery to the treated tissues. In this way, it helps accelerate cell regeneration processes and facilitates the elimination of accumulated metabolites and metabolic waste.

By adapting uniformly to the application area, sequential compression provides homogeneous and controlled pressure that increases the effectiveness of the process, reduces the sensation of muscle heaviness, decreases post-exertion stiffness, and promotes neuromuscular relaxation. Furthermore, its action helps improve functional mobility, prevent fatigue, and optimize recovery after sports activities.

Icon with waves and arrows representing abduction and adduction movements, linking to the 'Our Applications' section on kinetic wave therapy for legs and arms.

Kinetic Wave

The MRM device stands out for its exceptional ability to generate abduction and adduction movements in the legs and pelvic region: The rhythmic wave-like movements (kinetic wave), adjustable in intensity from a gentle wave to a rapid, bouncy wave, reach deep into the leg and pelvic muscles, including the psoas.

This ability to modulate intensity allows for more personalized recovery, tailored to the specific needs of athletes. It can also target agonist and antagonist muscles, which is beneficial for soccer players, pivot players, basketball players, and golfers who require muscle relaxation.

The MRM Pro Sport Kinetic Wave addresses the following key challenges in physiotherapy:

  • Efficiency: It saves time and reduces the therapist’s effort, allowing for the treatment of more patients.
  • Efficacy: Improves treatment results with deep biomechanical wave technology that reaches undertreated areas such as the pelvic muscles.
  • Complementarity: It enhances the therapists’ experience without replacing their personal touch, adapting perfectly to existing treatment protocols.
  • Gentleness: It offers a non-invasive option that can be used fully clothed, ensuring patient comfort.
  • Personalization: It features adjustable intensity, speed, and frequency for personalized care, targeting specific needs of legs and arms.
  • Circulatory benefits: Stimulates the circulatory systems with rhythmic side-to-side movements, promoting fluid flow and overall circulatory health of the body.