Why infrared?
Supports muscle recovery
Infrared penetrates several millimetres below the skin and warms muscle and connective tissue directly rather than heating the air around you. Local blood flow rises, and with it the oxygen and nutrients that reach tissue which has just worked. Extensibility improves at the same time, which is what allows range to increase without force.
Reduces inflammation
Heat raises perfusion in the tissue it reaches, and is used clinically to settle the stiffness and low-grade inflammatory response that follow hard exercise. The effect is local and lasts hours rather than days: it is a way of recovering from training, not a treatment for an inflammatory condition.
Promotes circulation
A gradual rise in core temperature triggers vasodilation: vessels widen, blood flow increases, and delivery to working tissue rises with it. The same response places a mild, sustained demand on the cardiovascular system across a session.
Encourages cellular repair
A sustained rise in tissue temperature induces heat-shock proteins — the cell's own protection and repair response, which helps refold damaged proteins and is one of the mechanisms behind heat acclimation.
Boosts skin and collagen
Warmth brings blood to the dermis and drives a deep sweat through the pores. The published work on infrared and collagen synthesis uses concentrated light devices rather than a heated room, so what a class reliably gives the skin is circulation and a thorough sweat.
Eases post-workout soreness
Warm tissue is less stiff, and the endorphin release after a session lowers perceived pain. Between the two, the soreness that follows a hard week arrives softer and passes sooner.
