Holly Strack

Low-level light therapy (LLLT), also known as PBMT or photobiomodulation therapy, works like a gentle “sunshine signal” for your scalp without heat, pain, or downtime. Inside each hair follicle are tiny cells powered by mitochondria, and red light helps activate those “battery packs” so the cells can produce more energy.

When hair follicles have more energy, they can function more efficiently, supporting stronger, thicker, healthier hair growth over time. For those experiencing pattern hair loss, this therapy helps support and energize shrinking follicles so they may become more active again.

If you’ve been curious about at-home devices, reach out for my top recommendations. Not all devices are created equal, and choosing the right one matters for real results.

Ready to find out if LLLT is right for your hair goals? Send a message to book a hair and scalp assessment and get personalized guidance on what will actually work for you.

Hair loss isn’t one-size-fits-all… and neither is treatment.

Understanding the type of hair loss you’re experiencing is the first step toward creating the right plan.

This is why I focus on root cause analysis, not quick fixes. Because when we understand what’s happening beneath the surface, we can support healthier, stronger hair growth more effectively.

If you’ve noticed increased shedding, thinning, or changes in your hair density, don’t ignore it. Early intervention matters.

Ever wonder why your scalp still feels irritated, flaky, oily, or inflamed no matter what products you try?

Jet Plasma Treatments are non-invasive ozone treatments designed to calm inflammation and rebalance the scalp microbiome by reducing excess bacterial and microbial growth. These quick 30-minute sessions may help improve eczema, psoriasis, seborrheic dermatitis, and both oily and dry scalp conditions.

Weekly treatments can also be supported with simple in-home maintenance for continued scalp support between visits.

Reach out to learn if Jet Plasma may be a good fit for your scalp concerns.