✓ Eligible patients can apply pre-tax HSA or FSA funds

Extending
Your Results
At Home

The weeks between appointments decide how much of your work is kept. The LYMA Laser delivers photobiomodulation at a therapeutic dose, at home, daily, without heat and without adding downtime.
LYMA Professional is open to physician practices, med spas, facialists, spas and clinics. How you work with us differs by practice type.

BECOME A PARTNER

✓ Eligible patients can apply pre-tax HSA/FSA funds

Extending
Your Results
At Home

BECOME A PARTNER

Photobiomodulation, at a clinically meaningful dose

Near-infrared light absorbed by cytochrome c oxidase raises
mitochondrial ATP output, which drives fibroblast proliferation and collagen synthesis. The mechanism is well described and has more than 60 years of clinical use behind it.

The constraint has always been dose at depth. Photobiomodulation is biphasic, so an insufficient dose does nothing and an excessive one reverses the effect. Coherent, collimated light holds irradiance as it travels, which is what makes a therapeutic dose at dermal depth achievable in a device a patient can hold.

Wavelength

808nm near-infrared

Source

Coherent laser diode

Irradiance

[mW/cm2 to confirm]

Fluence per treatment area

[J/cm2 to confirm]

Treatment time

3 minutes per area

Thermal effect

None

Regulatory

FDA cleared, Class [X]

Photobiomodulation, at a clinically meaningful dose

45 of 107 Genes Altered.
78% Mean Reduction In Wound Area

Gene expression in human skin following 808nm laser and LED exposure, with a companion clinical arm on wound healing.

Led by craniofacial and plastic surgeon Dr. Graeme Glass, published in Aesthetic Surgery Journal Open Forum, 2025.

At matched wavelength, laser exposure altered the expression of 45 of 107 genes involved in skin repair and regeneration, including SIRT1.

LED exposure altered one. The clinical arm showed a 78% mean reduction in wound area.

READ THE PAPER METHODOLOGY AND SAMPLE

45 of 107 Genes Altered. 78% Mean Reduction In Wound Area

Gene expression in human skin following 808nm laser and LED exposure, with a companion clinical arm on wound healing. Led by craniofacial and plastic surgeon Dr. Graeme Glass, published in Aesthetic Surgery Journal Open Forum, 2025. At matched wavelength, laser exposure altered the expression of 45 of 107 genes involved in skin repair and regeneration, including SIRT1. LED exposure altered one. The clinical arm showed a 78% mean reduction in wound area.

READ THE PAPER METHODOLOGY AND SAMPLE