TrueDyne Sensors AG

Christoph-Merian-Ring 20
4153 Reinach
Switzerland

phone+41 61 715 89 00
fax+41 61 715 87 87

emailinfo@truedyne.com
urlhttp://www.truedyne.com

We combine a wide variety of sensors to create a multiparameter OEM measuring system by using microfluidic measurement technology. The MEMS technology used comes in the form of a chip manufactured by TrueDyne Sensors with a microchannel only slightly thicker than a strand of hair. This microchip makes measurement precision previously unavailable in these dimensions a matter of course. The advantages of this measurement principle with MEMS dimensions: You are able to monitor gases and liquids in ongoing operation in an extremely small space and using a minimal amount of material.

S.01.02.01 Force, load

S.01.02.02 Mass, weight, dosage

S.01.02.12 Density

S.01.02.14 Viscosity

S.01.03.03 Oscillation, amplitude, vibration speed

S.01.03.04 Vibration damping

S.01.03.16 Flow

S.01.03.17 Mass flow

S.01.03.18 Volume flow in gases

S.01.03.19 Volume flow in liquids

S.01.04.07 Calorific value, heating value, thermal energy, Wobbe Index

S.01.09.08 Concentration in liquids

S.01.10.02 Oxygen O, gaseous

S.01.10.05 Nitrogen, N

S.01.10.06 Carbon monoxide, CO

S.01.10.07 Carbon dioxide, CO2

S.01.10.08 Nitrous oxides NOx

S.01.10.13 Methane, CH4, natural gas, biogas

S.01.10.14 N-butane, C4H10

S.01.10.15 Propane, C3H8

S.01.10.17 Ethylene, C2H4

S.01.10.26 Refrigerants

S.01.10.29 Combustible (flammable) gases

S.02.09 Inductive sensing element

S.02.10 Capacitive sensing element

M.05.04.05 Pressure in gas/liquid

M.05.04.06 Density, liquid

M.05.04.09 Fixed gas measurement system

D.01.02.01 Measurement techniques and processes

D.01.02.04.04 Thermal parameter

D.01.02.04.05 Caloric parameter

D.01.02.04.12 Chemical parameter

D.01.02.04.13 Biological parameter

D.01.02.04.14 Medical parameter

D.01.02.04.16 Gas concentration

D.01.02.04.17 Mass, weight, weighting, dosing

D.01.02.07.02 Active component

D.01.02.08.08 Microstructuring of silicon

D.01.02.08.09 Micro Systems Technologies MST, Micro-Electro-Mechanical-Systems MEMS

D.01.02.08.10 Microstructuring of other material (glas, ceramic, metal, polymer)

D.01.02.08.19 Assembly and packaging

D.01.02.08.21 Micro fluidic device

D.01.02.09.02 Software development for measurement and testing technology

D.01.02.09.03 Software development, sensor specific

D.01.03.01 Process and technology simulation

D.01.03.11 Fluid simulation

D.01.03.14 Physics simulation

D.01.04.01 Assembly and packaging

D.01.04.02 Packaging

D.01.04.03 Fluidic interconnection

D.01.04.04 (Micro-) handling system

D.01.04.06 System development embedded system

D.01.04.09 Measurement electronics

D.02.11 Microsystems technology MST / Micro-Electro-Mechanical-Systems MEMS

D.02.12 Microsensor technology

D.02.14 Microfluidics, micropneumatics

D.02.15 Micromechanics, microstructuring

D.02.17 Microelectronics

D.02.19 Assembly and packaging

D.03.02.03 Flow sensor calibration

D.03.02.05 Gas sensor calibration

D.04.10 Consulting in Micro Systems Technologies, MEMS

D.04.12 Project planning

Contact