Clinical Data
In a published clinical study with histological analysis in a porcine model, tissue damage and wound healing were assessed following the use of 10,600 nm, 1570 nm, and their sequential administration. Similar reaction patterns in crater depth, width, and coagulation zone were observed for both treatments. The wound healing process followed a comparable course for both 10,600 nm and the sequential 10,600 nm + 1570 nm emissions1.
Features & Benefits
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One-of-a-kind performance combining CO2 and 1570 nm -
Nearly a dozen energy delivery options optimize results -
HyPer™ mode improves patient experience -
No consumables
Proven Results
This is What the Experts Are Saying about Alma Hybrid
Ofir Artzi, MD
Chairman of SCARS, the international scar treatment conference
"The revolutionary HyGrid™ mode allows me to customize the optimal ratio between CO2 and non-ablative treatments and to maximize the effect of each laser wavelength. I find this to be a substantial step forward in terms of the personalization of laser treatments for various skin conditions."
Ofir Artzi, MD
Chairman of SCARS, the international scar treatment conference
Clinical Resources
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Resurfacing of atrophic facial acne scars with a multimodality CO2 and 1570 nm laser system
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[Comparison of] a single [tx] at high settings [vs] multiple [txs] at low to moderate settings
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Clinical and histological evaluation of a dual sequential application
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Resurfacing of atrophic facial acne scars with a multimodality CO2 and 1570 nm laser system
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Hybrid fractional laser facial resurfacing: A comparison between a single treatment at high settings versus multiple treatments at low to moderate settings
1https://pmc.ncbi.nlm.nih.gov/articles/PMC8971156/