Optical Measurement Solutions, Photonic Sensors, Sensing Systems, 3D Real-time control systems, transducer, multi-mode fibres optoelectronics
Solution competences for different lines of business (automotive, civil engineering, automation, production industry of high-value miniature components, building and construction safety, monitoring etc)
Robust, ergonomic sensors and sensing systems for extreme applications, high/low temperatures, magnetically loaded environments, large distances, narrow mounting spaces etc. The systems generate no sparks and are therefore also usable in explosive environments
Simple integration, simple management of even extensive amounts of test points by PHOSYLAB´s software. PHOSYLAB´s technique supports you to evaluate different measuring parameters. This makes evaluation much simpler, especially if the number of test points increases.
Innovative sensors and sensing systems based on of patented multi-mode fibre and transducer technology
Innovative sensors and sensing systems based on of patented multi-mode fibre and transducer technology
Freely scalable networks, the detection units can multiplex 20 to 50 sensors; sensors may be removed or added without hardware changes. Additional boards are simply added for more than 50 sensors and supervised by the same processor (PC or microcontroller).
  
 

Photonic Sensors

 PSL1

Robust and Ergonomic Technology
PHOSYLAB´s sensors are able to withstand harsh environmental conditions and provide faultless measuring results. The resilience of PHOSYLAB´s sensors is achieved amongst other things by utilizing proven components from optoelectronics and multimode fibres in measuring heads.The core factor in achieving stability and reliability is the transducer, which is placed as a sheath around the fibre. The transducer is the medium in which the mode coupling takes place.

PHOSYLAB´s transducers can therefore be adapted to almost any specification. Unlike fibre Bragg gratings, PHOSYLAB´s fibres are not weakened by removing the cladding, laser technical machining the fibre and recladding. The transducers act as sheath and technique carrier and in fact provides additional stability. Ergonomics is just as relevant as durability. In areas and assemblies where space is critical, PHOSYLAB´s sensors present themselves from their best, the “slim” side.

  • Method and advantages
  • Images and graphics
  • Industry segments
  • Sensor classes
Optical domain Analog domain Digital domain
signal transport
sensing

 signals multiplexing/demultiplexing
signals conditioning and extraction

 signal processing
measurand calculation
overall system management

PHOSYLAB

• Flexible transducer technology adaptable to almost any specification - custom built



• Simple integration, simple management of even substantial numbers of test points by PHOSYLAB´s software. PHOSYLAB´s analysis techniques enable you to evaluate different measuring parameters. This makes evaluation much simpler, especially if the number of test points increases.

• Utilization of energy-saving optical sources (LED), low-consumption sensors

• In-line sensors, no voluminous connectors required at interfaces

• Freely scalable networks, the detection units can multiplex 20 to 50 sensors; sensors may be removed or added without hardware changes. Additional boards are simply added for more than 50 sensors and controlled by the same processor (PC or microcontroller).

• Lower PC resources consumption

• Long operation period

If you need more detailed information or you have a concrete task, please use our contact form or call us on: +33 (0)388 946 085.

PHOSYLAB - MM-FOS-sensors PHOSYLAB - MM-FOS-sensors
PHOSYLAB - MM-FOS-sensors PHOSYLAB - MM-FOS-sensors
EMI disturbed Radiation exposed Explosive/Corrosive Acoustics Automation/Navigation Structure integrity/risk monitoring
Food industry Nuclear plant Chemical industry Naval industry Aerospace industry Nuclear plant
Wood industry Nuclear waste disposal sites Drilling industry Sound detection and recording New energy vehicles Construction sites
RMN Thermotherapy   Excavation industry (e.g. mines) Sound generation Robotics Electrical plant
Medical engineering   Gas industry (plant, distribution) Seismic/vibration monitoring Automotive industry Nuclear waste disposal sites
High power systems       Automated manufacturing  
Nuclear plant          

If you need more detailed information or you have a concrete task, please use our contact form or call us on: +33 (0)388 946 085.
PHOSYLAB
Mini-sensors
The transducer lengths range typically from several millimetres to a few centimetres depending on the actual specifications they have to achieve. Diameters range from a few tenths of a millimetre to a few millimetres.



Low-profile sensors
The mini-transducers are integrated in transduction mechanisms to meet the specifications of the target applications. These mechanisms are developed using the techniques of precision mechanics, resulting in low-profile sensors.

If you need more detailed information or you have a concrete task, please use our contact form or call us on: +33 (0)388 946 085.