Cortex Technology

DermaLab single

A line of laboratory single parameter instruments sharing the same LabView based software platform. Comes complete with probe, interface unit and software and connects to PC's or tablets running Windows. Available parameters: TEWL, elasticity, hydration, skin high res. ultrasound and subcutaneous ultrasound visualization.

DermaLab single parameter
Popular and cost-effective solution
For those with specific skin measuring needs.

In addition to the well-known parameters for measuring TEWL, elasticity and hydration. The DermaLab Single unit line of probes also features the 10 MHz and 20 MHz high resolution ultrasound probes. The 20 MHz for measuring of skin thickness as well as skin structure and the 10 MHz for visualizing subcutaneous layers and structures with a maximum of 50 mm penetration.
Features
The DermaLab parameters
The DermaLab software
subcutan graphic
before-and-after
Subcutaneous ultrasound

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.

Good resolution, high penetration and ease of operation are the keywords describing this device, which comes as a complete package including main unit, probe and application software ready to be installed on a Windows PC or tablet.
Technical specifications — DermaLab single

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.

Technical specifications — Probes

Ultrasound probe Standard

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.

Ultrasound probe Subcutaneous

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. 

TEWL X Probe

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.

Hydration Probe

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.

Elasticity Probe

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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