Struggling with your appearance no longer has to be your story, thanks to Opus Plasma®. This system is the first of its kind on the market, offering skin resurfacing and tightening results through a combination of radiofrequency and microplasma technology. Ease the appearance of wrinkles and eliminate age spots without hassle or downtime here at glo Skin Spa. If you’re ready, contact our Midland office to get started today.
Opus Plasma® addresses superficial to complex textural and skin-quality concerns that could only be treated by fractional resurfacing lasers or full-field ablative lasers in the past. The major benefit of this treatment is that it can deliver superior results with less downtime than the older treatments. The treatment is non-invasive and delivers great results with minimal downtime.
This device offers skin resurfacing and tightening benefits that can make your skin look and feel younger. The device’s dual-action system induces collagen production in the treated area. This allows the body to renew the skin there, practically reversing the effects of aging and damage. As a non-invasive treatment, Opus Plasma® is a better option than more invasive surgical treatments.
During your treatment, the Opus® handpiece will be glided against your skin, causing ablation. This process will stimulate the production of collagen and offer long-term improvements well after your visit. Some results can be seen after one visit, but optimal results typically require a completed series, usually 2-3 treatments.
At glō Skin Spa, our mission is to provide the Midland, Michigan community with the highest quality professional skin care services. If you’re looking for a non-invasive skin-tightening solution, our Opus® treatment may be exactly what you need. To request an appointment, please call us at (989) 465-7721 or email: reservations@glo-skinspa.com today!
*Individual results may vary; not a guarantee.
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The greater skin laxity we develop, the more defined our wrinkles appear
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Premature aging of the skin due to overexposure to ultraviolet (UV) rays due to frequent sun exposure.