Study Parameters
20Female subjects
12Sessions
30-dayProtocol
2-3Days between sessions2-3Days between sessions
Thigh application area
Clinically Evaluated
Under Dermatological Control
Stratosphere mechanical Compression & Vibration system was evaluated in a controlled 30-day study under dermatological supervision VibraWave technology was evaluated separately in 2025
Clinically Evaluated
Study Design - 2019
Thigh application area
How Results Were Measured
01Clinical cellulite grading
02
DUB® SkinScanner ultrasound
03
Skin thickness measurement
04Cutaneous tolerance evaluation
After 30 Days
Mean decrease in cellulite visibility
33%Of subjects showed improvement
70%Statistically significant
p < 0.001
DUB® SkinScanner - Ultrasound Results
Increase in dermis density (85% of subjects)
+20%
Reduction in dermo-hypodermic junction length (100% of subjects)
-32%Increase in skin thickness (65% of subjects)
+5%Participant Self-Assessment
Study Design - 2019
Reported reduction in orange-peel appearance
90%Reported improvement in cellulite appearance
80%Reported perceived firming effect
95%
*Self-assessment dataReported improved skin suppleness
100%Reported perceived slimming effect
90%
VibraWave Instrumental Evaluation
Separate Instrumental Study - 2025
Explore Products
VibraWave evaluation was conducted independently from the 2019 study
Explore ProductsIncrease in dermal density
+24%Reduction in dermo-hypodermic junction length
-18%Statistically significant improvement
p< 0.05+Increase in dermal density
+24%Reduction in dermo-hypodermic junction length
-18%Statistically significant improvement
p< 0.05+
2019 Clinical Study
Scope of Evaluation
The 2019 study assessed the metal monoblock and silicone configurations within the Compression & Vibration concept.
Other mechanical configurations were not individually evaluated.
Request Full DocumentationTested under dermatological control
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