A stroke (cerebral apoplexy) causes brain tissue damage due to blocked or ruptured blood vessels, leaving 70%-80% of patients with sequelae like limb weakness or cognitive decline. Scientific rehabilitation is key to improvement, and while traditional methods (e.g., limb training) work, they need long-term adherence—making non-invasive near-infrared light therapy a valuable aid.
Near-infrared light (700-1400nm) penetrates the scalp and skull. Specific wavelengths (810nm, 1070nm) assist rehabilitation by: 1) boosting local blood flow to feed ischemic brain tissue; 2) aiding nerve cells in ATP (energy) synthesis to speed repair; 3) reducing inflammation for better nerve recovery. Painless and surgery-free, it’s ideal for home use, especially for patients with limited mobility.
To meet stroke rehabilitation needs,
ZJKC offers a near-infrared helmet (810nm+1070nm dual wavelengths). Its design fits core demands: dual wavelengths work together (810nm improves superficial circulation, 1070nm reaches deep for nerve repair); it’s lightweight, easy to wear/operate, and integrates into daily routines; low-level phototherapy ensures safety with no radiation or side effects. Learn more:
ZJKC 810nm-1070nm Near-Infrared Light Helmet
Critical note: The ZJKC helmet is an auxiliary tool, not a replacement for doctor-prescribed treatments (e.g., medication, professional rehab). Patients must consult neurologists/rehab specialists first to confirm suitability.
Scientific rehabilitation needs “persistence + right methods.” The ZJKC helmet provides gentle support for home-based stroke recovery, helping patients progress under professional guidance.
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