The DermaLab subcutaneous ultrasound unit is taking the DermaLab Series ultrasound technology one step further. This dedicated scanner visualises tissues in the subcutaneous space to a depth of 40 mm in order to assess the effects of fat reduction procedures in the abdominal area as well as on the thighs.
Interface Main Unit
Connectivity: USB connected single probe interface.
Power requirement: External 12 V power supply (included).
Dimensions: 188 (L) x 124 (W) x 89 (H) mm.
Misc.: Integrated probe holder.
Principle: Rotating single element transducer.
Frequency: 20 MHz, focused ultrasound.
Resolution: 60 µm x 200 µm (axial x lateral).
Penetration: 3.4 mm.
Scan: Length 17 mm. Footprint: 11 mm.
Gain-range: Adjustable +/- 10dB.
Read out: Display of actual and stored measurements for intensity score, skin thickness, low echogenic band, arbitrary distance.
Highlights:
Instant assessment of collagen level and dermal thickness, low echogenic band (LEB).
Manual and automatic measurement options.
Easy to operate — no need for training.
Principle: Rotating single element transducer.
Frequency: 10 MHz, focused ultrasound.
Resolution: 120 µm x 920 µm (axial x lateral).
Penetration: 40 mm.
Scan: Length 45 mm. Footprint: 27 mm.
Gain range: Adjustable +/- 10dB.
Read-out: Display of actual and stored measurements for subcutaneous fat level, arbitrary distance.
Highlights:
Easy assessment of subcutaneous fat thickness (subcutaneous adipose tissue).
High measurement accuracy and reliability.
Easy to operate.
Principle: Relative humidity and temperature sensors centered in open chamber.
Range: 0 – 250 g/m²/h, resolution: 0.1 g/m²/h.
Display: Continuous real-time readout of TEWL.
Stop criterias: Standard deviation or time.
Highlights:
Special probe design eliminates the need for a protected measurement environment.
Probe calibration with certificate.
Well established scientific standard.
Principle: Conductance.
Hydration: 0 – 9999 µS (1 µS resolution).
Spring loaded action triggers/stops measurement.
Options: Flat faced or pin electrodes.
Calibration: Calibration checker available.
Highlights:
Instant assessment of the water binding capacity in the stratum corneum.
Pin-probe design facilitates dry skin and scalp applications and minimises water accumulation under the electrodes.
Principle: Measurement of air pressure-induced skin elevation and subsequent retraction time.
Settings: Adjustable pressure (150, 400, and 650 mbar) and skin thickness (in mm).
Measurements: Young’s Modulus, Retraction Time, and Viscoelasticity.
Probe: 10 mm diameter suction aperture.
Ultra-low weight (approx. 7 grams) for minimum skin bias.
Adheres to the skin by double sided adhesive tape.
Highlights:
Extraction of U-values from the elevation/retraction curve.
Possible to measure an average of several elevation/retraction cycles.
Measurements on soft, normal, and firm skin.
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