Pro+ Arm Attachment (excl. motor)

SEQUENTIAL COMPRESSION THERAPY

Muscle recovery in the arms can be limited by restricted circulation and slow lymphatic drainage, particularly after prolonged physical activity or repetitive movement. Blood and metabolic waste accumulate in the tissue, creating stiffness, heaviness, and delayed recovery. The Flowpression Arm Attachment was created to restore this circulation actively, using controlled pneumatic pressure that works from the extremities toward the core.

The sleeve features four independent air chambers that inflate and deflate in a precise sequence, starting at the wrist and moving progressively toward the shoulder. This wave-like pressure mimics the body's natural lymphatic rhythm, pushing venous blood and excess fluid back through the circulatory system. By applying adjustable pressure between 60 and 200 mmHg, the device creates mechanical compression that enhances oxygen delivery, accelerates metabolic waste removal, and reduces inflammation in fatigued muscle tissue.

The result is improved venous return, reduced muscle stiffness, and faster functional recovery. The sleeve's ergonomic structure and secure connection to the Flowpression control unit maintain consistent chamber alignment throughout each session, ensuring even pressure distribution across the entire arm. This allows the therapy to penetrate deeply while remaining comfortable, restoring mobility and reducing the time needed between physical efforts.

CIRCULATORY RESPONSE

When arm muscles remain tense or fatigued after exertion, circulation becomes restricted and metabolic waste accumulates in the tissue. The body's natural venous return and lymphatic drainage slow down, creating localized pressure that signals discomfort and limits recovery. This compromised flow prevents oxygen and nutrients from reaching the muscle cells efficiently, extending recovery time and maintaining a state of tissue stress.

The Flowpression Arm Attachment restores this balance through sequential pneumatic compression. Its four independent chambers inflate in a controlled wave pattern from wrist to shoulder, mimicking the body's natural circulatory rhythm. This graduated pressure stimulates the venous and lymphatic vessels, encouraging fluid movement back toward the heart and reducing interstitial pressure. The mechanical stimulus also activates sensory receptors in the tissue, signaling the nervous system to reduce protective muscle guarding.

As circulation improves, oxygen-rich blood reaches fatigued muscle fibers more effectively, while metabolic byproducts are cleared through enhanced lymphatic flow. This dual action creates a restorative cycle: the body recognizes the improved circulation and responds by releasing residual tension, allowing the arm to return to a balanced, functional state.

The adjustable pressure range (60–200 mmHg) and customizable program modes ensure the compression matches the body's tolerance and recovery needs. The result is a calm, efficient circulatory rhythm that supports faster recovery and sustained muscle performance.

FASCIA AND MOBILITY

When the arm experiences prolonged activity or remains in static positions, fluid can accumulate within the tissues while circulation becomes restricted. This congestion creates pressure on the connective tissue surrounding muscles and joints, limiting fascial elasticity and causing the arm to feel heavy, stiff, and slow to recover. Without proper fluid movement, metabolic waste builds up and tissue hydration decreases, compounding the restriction and delaying the body's natural recovery processes.

The Pro+ Arm Attachment addresses this through sequential pneumatic compression delivered across four independent chambers. Starting from the wrist and moving toward the shoulder, each chamber inflates in sequence, creating a wave of pressure that mimics the body's natural lymphatic rhythm. This controlled compression pushes accumulated fluid through the venous and lymphatic systems, restoring circulation and promoting the removal of metabolic byproducts. As fluid exchange improves, the fascial tissue regains its hydration and pliability.

The result is a measurable improvement in arm mobility and tissue function. The sequential pressure releases adhesions between fascial layers, allowing muscles to glide more freely and joints to move through their full range without restriction. By restoring proper circulation and reducing tissue congestion, the attachment supports faster recovery and maintains the structural resilience needed for sustained arm performance.