The DermaLab Combo is well suited for scientific skin analysis and ideal for product testing as well as research work.
Operation of the instrument is highly intuitive, fully touch-screen controlled and the gathered data may easily be exported for further processing.
High resolution ultrasound featuring a unique rotating scanning principle. Covering a large area with a small footprint, the probe is specifically developed for applications within research, claims substantiation and cosmetic consulting.
Dimensions: 24 x 23 x 9 cm
Operating temperature range: +5 °C to +40 °C
Power supply: 100-240 V AC input
Probes: Select up to 11 different probes
Tablet PC with preinstalled skin analysis software, touch screen display, and keyboard included
Operating system: MS Windows
Data Management: Data can be saved and exported for use in other software e.g. MS office Excel.
USB foot switch
Principle: Rotating single element transducer
Transducer: Center frequency 20 MHz, band-width 5-35 MHz, focal-distance 13 mm
Scan: Length 17.6 mm, max penetration 3.37 mm
Gain-range: Adjustable +/-10 dB
Image resolution: 60 µm x 200 µm (axial x lateral)
Measurements: B-mode Ultrasound skin imaging with measurements of skin density and thickness
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: 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.
Special probe design eliminates the need for a protected measurement environment
Probe calibration with certificate
Well established scientific standard
Hydration: 0 – 9999 µS (1 µS resolution)
Spring loaded action triggers/stops measurement.
Options: Flat faced or pin electrodes
Calibration: Calibration checker available
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
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.
Principle: Non-contact infrared sensor for skin surface temperature
Range: 10 – 50 ˚C/ 50 – 122 ˚F
Resolution: 0.1 ˚C
Display Mode: Degree Celsius or degree Fahrenheit
Probe type: Standard gel-filled surface type probe
Fast response time
Range: 1.00 – 11.00 pH
Principle: 4 x 16 color sensor elements
Light Source: 2 x high intensity white LED
Measurement area: 38,5 mm2
Pigmentation (melanin): 0.0 – 99.9
Erythema (redness, hemoglobin) 0.0 – 99.9
Color space: CIELAB: L*, a*, b*
Optical design reduces internal reflections and unwanted external light
Illuminated measurement area is visible through the transparent probe front which facilitates accurate probe positioning
Principle: Sensitive digital camera with diffused or polarised light source.
Readout: Digital Image 1.3M pixels (SXGA) 2 magnification ranges
Illumination: 8 x white LED
Single hand operation including adjustment of magnification
Selection between diffused and polarised light source
Principle: Optical assessment of collected sample
Sebum collector: Microporous polymer film mounted on light absorbing substrate
Sebum score: 0 – 99
Quick and objective assessment of skin oiliness
Sequential and screen guided measurement procedure
Special strip designed to only absorb sebum and repel water