BATICORROMETER - BASIC KIT
![](/img/m/92.jpg)
BathyCorrometers are used for polarization, corrosion and interaction studies, as part of their inspection control of production and drilling platforms; submarine gas pipelines; ship hulls; breakwaters and other maritime structures.
MULTIGAUGE 3000 ULTRASONIC DENSITY INDICATOR +...
![](/img/m/561.jpg)
The MULTIGAUGE 3000 Submarino indicator is a density measuring device designed for use by a diver, for the most common applications such as density measurement underwater. This is a simple and robust manual indicator, which uses multiple echo waves, ignoring coatings and only measuring the thickness of the remaining metal
CYGNUS UNDERWATER
![](/img/m/669.jpg)
Cygnus' original diver-held subsea multiple-echo ultrasonic thickness meter, designed for use by divers undertaking subsea maintenance and surveys 3 decades ago… and today it is still an industry standard
CYGNUS DIVE UNDERWATER
![](/img/m/669.jpg)
Providing an invaluable free hand while performing underwater ultrasonic thickness measurement, the Cygnus DIVE is a robust, wrist-mountable ultrasonic underwater thickness meter with a large, bright display with live A-scan making it easily viewable by both the diver and camera - even in the poorest visibility.
PRECISION ALTIMETER TRITECH PA200 / PA500
![](/img/m/560.jpg)
High performance electronics in a proven compact and robust design for accurate height off seabed and subsea distance measurements.
PROBLENDER 1000 TRIMIX BLENDER
![](/img/m/382.jpg)
The solution to mix Nitrox, Trimix, Triox and Héliox while emptying B50. Allows to mix any Nitrox, Trimix, Triox and Héliox having a maximal rate of 40% of O2. The technic consists in making Nitrox, Trimix, Triox or Héliox before compressing it by the mean of the compressor. That is why we must not exceed 40% of O2.
PROBLENDER 1000 NITROX BLENDER
![](/img/m/382.jpg)
The best solution to blend Nitrox while emptying B50 safety. Allows to blend any Nitrox up to 40 % of O2. The technique consists in mixing the Nitrox before passing it through the compressor. It is for this reason that we can not exceed 40 % of O2.