Medical Supplies

Tatzberg 47
01307 Dresden
Germany

Phone: (+49-351)7965350
Fax: (+49-351)7965353
http://www.aceos.eu
info@aceos.eu

Company Contacts
Department/ Name Address

Applications / Martin Kusch +491797611285
m.kusch@aceos.eu

Managing Partner / Dirk Tuchtenhagen +491772472145
d.tuchtenhagen@aceos.eu

Managing Partner / Dr. Markus Schotters +491772958926
m.schotters@aceos.eu

R&D / Gunnar Jung +491775018348
g.jung@aceos.eu

Company Figures
Number of employees 1-19
Sales volume < 1 Mio US $
Export content max. 25%
Year of foundation 2004
Area of business Components, Parts, Original Equipment Manufacturers

Electrical and Electronic Components

Language: German Language: English Company Profile

Ultrafast O2/CO2 Sensors
ACEOS develops, manufactures and sells miniaturized solid state electro-lyte sensor systems for an analysis of multiple gas concentrations and flow. oxygen carbondioxid sensor O2 CO2

Product Information
07.31 Sensors
ACE-DXmed1 O2 CO2 Sensor

ACE-DXmed/s measure CO2 and O2 concentration in respiratory gas simultaneously accurately within a few milliseconds (breath-by-breath). It does not require specific calibration gases as it is self-calibrating with ambient air.

The new compact, maintenance free sensor system might be regarded as an alternative to a combination of different sensor technologies. It is to be used in spiroergometric devices, patient monitors, ventilators pulmonary function testing or other respiratory equipment.

ACE-Xmed1 & ACE-Xmed3 O2 Sensors

Simply calibrated with ambient air, ACEOS Sensors measure oxygen concentration as long as device lifespan accurately within a few milliseconds (breath-by-breath).

The compact, maintenance free sensor system is an alternative to consumptive electrochemical cells as well as to complex laser-based sensors. It is to be used in spiroergometric devices, patient monitors, ventilators or respiratory equipment.

ACE-Xmed4 O2 Sensor

Simply calibrated with ambient air, ACE-Xmed4 measure oxygen concentration acurately within a few milliseconds (breath-by-breath). The sensor is optimzed for fast measurment at low flow rates (25ml/min).

The compact, maintenance free sensor system is an alternative to consumptive electrochemical cells as well as to complex laser-based sensors. It is to be used for neonatal respiratory applications.