Multiparameter skin analysis
The DermaLab Combo features up to nine skin parameters in one instrument as well as intuitive application software wirelessly controlled by the included tablet.
In the DermaLab Combo we have concentrated all our knowledge in one flexible concept with the goal to be able to offer all parameters in one instrument. The result is an instrument, which for the first time offers high frequency ultrasound for instant skin assessment in combination with more traditional skin parameters such as elasticity, hydration, sebum, TEWL etc.
Simply customise your DermaLab Combo for the desired application by adding probes as needed.
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.
DermaLab Combo Brochure
Choose the following parameters in any combination:
High resolution ultrasound
High resolution ultrasound featuring a unique rotating scanning principle. Covering a large area with a small footprint, the probe is specifically developed for applications related to cosmetic procedures and claims substantiation.
Suction cup elasticity with an all new probe design. Adjustable, preset vacuum levels for different skin types and very short measurement times. Ultra-low weight (approx. 7 grams) for minimum skin bias.
Trans-Epidermal Water Loss, a high accuracy and fast responding open chamber diffusion gradient probe with two combined humidity/temperature sensors in 10 mm cylindrical diffusion chamber.
Skin hydration based on skin conductance principle. Two probe designs: Pin probe with 8 pins and flat faced. Spring-loaded trigger action.
Active color sensing probe, clear front for accurate positioning. Illumination by two angled white LED´s. Optical focusing on 7 mm diam. target area. Insensitive to ambient light.
Skin video scope
Variable magnification. Polarised/non-polarised setting to reduce surface reflections.
1.3M pixels, other resolutions available on request.
Probe developed for skin pH determination. Easy to use, high reproducibility.
Comes with calibration kit and table stand.
Infrared probe for non-contact skin temperature measurement. High accuracy and reproducibility, read-out in deg. Celsius or deg. Fahrenheit.
Oil-specific, microporous sebum collecting material. Does not absorb water (sweat).
Sequential procedure(zero-calibration/sebum collection/measurement).
Dimensions: 24 x 23 x 9 cm
Operating temperature range: +5 °C to +40 °C
Operating humidity: Up to 90% rel. non-condensing
Operating system: Windows 10 Storage 4 GB RAM, 32+ GB Solid State Disk
USB-connector 1x USB 2.0
Power supply 100-240 V input, 12 V / 2,75 A output
Touch screen display 10-11” min, 1366x768 resolution
Data storage: Date/timestamped data files, Excel compatible files, .bmp image files
Options: USB Keyboard/mouse, HDMI monitor, USB printer, USB disk, USB foot switch
Principle: Rotating single element transducer
Transducer: Center frequency 20 MHz, band-width 5-35 MHz, focal-distance 13 mm
Scan: Lengh 17,6 mm, max penetration 3,37 mm, 188 lines per image
Gain-range: +/-10 dB,
Image resolution: 60 µm x 200 µm (axial x lateral)
Measurements: automatic and manuel
Instant and automatic assessment of collagen level and dermal thinkness, low echogenic band (LEB)
Manuel measurement features - distance and intensity
Easy to operate — no need for training
Probe designs: Flat faced and pin electrodes
Principle: Conductance, single frequency
Hydration: 0 … 9999 µS (1 µS resolution)
Spring loaded action triggers/stops measurement.
Calibration: Calibration checker available (optional)
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: Stress/strain by preset vacuum
Settings: 3 vacuum settings (soft, normal and firm skin) and skin thickness
Measurements: Uparameter?, Young’s Modulus, ViscoElasticity, Retraction time
Probe: 10 mm suction aperture
Ultra low weight (approx. 7 grams) for minimum skin bias.
Adheres to the skin by double adhesive sticker.
Minimum skin bias due to low weight of the probe
Reliable operation due to the use of double adhesive sticker
Soft, Normal and Firm setting of vacuum for extended dynamic range
Skin Color Probe
Principle: High sensitivity color detecting chip
Light Source: 2 x high intensity white LED
Color Sensor: 4 x 16 active elements
Target area: 7 mm diameter
Pigmentation (melanin): 0.0 - 99.9
Erythema (redness, hemoglobin) 0.0 - 99.9
CIELAB: L*, a*, b* (resolution 0.1)
Optical focusing limits internal reflections and unwanted external light
Illuminated target area
Transparent probe front facilitates accurate positioning of probe
Principle: Open chamber diffusion gradient.
Range: 0 - 250 g/m²/h, resolution: 0.1 g/m²/h, accuracy: 5%
Environment check: Relative humidity and temperature.
Display: Continuous real-time readout of TEWL.
Stop criteria: Preset standard deviation.
Special probe design eliminates the need for a protected measurement environment
Probe calibration with certificate
Skin Temperature Probe
Principle: Non-contact infrared detection
Range: 10 - 50 ˚C
Resolution: 0.1 ˚C
Accuracy: +/- 0.7 ˚C
Display Mode: Degree Celsius or degree Fahrenheit
Skin pH Probe
Probe type: Standard gel-filled surface type probe,
Fast response time
Range: 1.00 - 11.00 pH
Accuracy: 0.1 pH @ 25 ˚C
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
Sebum Strip Reader
Principle: Translucency characteristics of sebum
Sebum collector: Microporous polymer film mounted on light absorbing substrate
Sebum score: 0 - 99
Quick and objective assessment of oiliness
Sequential and screen guided measurement procedure