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Direct access to the Sensor to Business - database: Search sensor manufacturers
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Sensor suppliers by applications,
measured properties:
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Sensors for position,
dimension
(e.g.:
angle sensors, displacement sensors, distance sensors, gap sensors, inclination sensors, light barriers,
limit / position indicators, position sensors, proximity switches,
tilt sensors, etc...)
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Sensors for mechanical /
dynamic properties
(e.g.:
acceleration sensors, force sensors, inertial sensors, motion
sensors, rotational sensors, speed sensors, strain sensors, torque
sensors, vibration sensors, yaw rate sensors, etc...)
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Sensors for pressure, flow
and level
(e.g.:
absolute pressure sensors, differential pressure sensors, flow sensors,
gas flow sensors, gas pressure sensors, level sensors,
liquid level sensors, mass flow sensors, microflow sensors, etc...)
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Sensors for chemical,
biological & environmental properties
(e.g.:
air quality sensors, alcohol sensors, ammonia sensors, carbon
dioxide sensors, chemical sensors, chlorine sensors, environmental
sensors, gas sensors, ozone sensors, oxygen sensors, etc...)
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Sensors for temperature,
humidity, weather, environment
(e.g.:
air pressure sensors, atmospheric sensors, climate sensors, dew
point sensors, humidity sensors, meteorological sensors, rain
sensors, solar sensors, temperature sensors, wind sensors, etc...)
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Sensors for optical and
radiation properties
(e.g.: barcode readers, color sensor, colour sensors, infrared
sensors, light sensors, luminosity sensors, radiation sensors,
turbidity sensors, ultraviolet sensors, visible light sensors,
etc...)
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Sensors for body, human and
medical properties
(e.g.:
blood analysis sensors, blood flow sensors, blood pressure sensors,
body temperature sensors, breath sensors, fingerprint sensors, human
identification sensors, Human motion sensors, etc...)
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Sensors for electrical and
magnetic properties
(e.g.:
electrical sensors, magnetic sensors, current sensors, eddy current
sensors, magnetic field sensors, eddy current sensors, electrical
field sensors, voltage sensors, etc...)
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Sensors for identification,
counting and comparison
(e.g.:
camera sensors, image sensors, code detection sensors, object
comparison sensors, object counting sensors, object identification
sensors, etc...)
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Sensors for acoustic
properties
(e.g.:
noise sensors, loudness sensors, microphone sensors, sound analysis
sensors, ultrasound sensors, etc...)
Other
categories
(sensor technologies, industry sectors, etc.)
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Technologies and
measurement principles
(e.g.: capacitive sensors, CCD sensors, Encoders, fibre-optic
sensors, Hall sensors, inductive sensors, infrared sensors, laser
sensors, load cells, LVDTs, magnetic sensors, MEMS, optical sensors,
piezoelectric sensors, strain gauge elements, thermocouples,
ultrasound sensors, ...)
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Sectors of activity / of application
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AutomotiveSens: automotive
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Sensor Interface ICs
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Wireless Sensor Networks
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Sensor news in other languages |
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Reaction Torque Sensors for Automotive
Engine Accessory Testing |
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June 22, 2006, Depew, NY, USA – The Force/Torque Division of PCB®
Piezotronics, Inc. offers a series of strain-gage reaction torque
sensors for torque measurements on accessories such as Starters,
Alternators, Air Conditioning Compressors, Power Steering Gearboxes, and
Water Pumps. |
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Series 2300 and 2500 reaction torque sensors feature high torsional
stiffness, flange mounting, and are available in full-scale capacities
from 5 to 500 k in-lb (0.56 to 56.5 k N-m). Other applications include
testing of brake torque, bearing friction small motor dynamometers,
pumps, stepping switch torque, and fluid viscosity. Units are
supplied with a shunt calibration resistor. Calibration is traceable to
NIST and is performed in PCB’s metrology laboratory, which is ISO 17025
accredited by A2LA. For additional information, contact the Force/Torque
Division of PCB Piezotronics, Inc. on +001 716 684 0001; e-mail: force@pcb.com,
fax on +001 716 684 8877, or visit PCB's web site at www.pcb.com. ... |
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Inline Junction Box D5M |
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The best solution for industrial and Dust Hazard explosive atmospheres
ATEX certified for zone 20, 21 and 22. In explosive and industrial
atmospheres it is often necessary to connect different types of cables
when installing sensors. Traditionally, junction boxes were used for
this but were often cumbersome and expensive. |
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Alternatively, it is not always possible to install ATEX connectors on
the sensors themselves and in some cases this solution can become very
costly. The DM5 Inline Junction Box has been developed to overcome these
problems. It is a compromise between a junction box and a proprietary
connector for sensors. The method of mounting allows for the easy
installation of sensors in any industrial or even potentially explosive
dust hazard atmosphere. The D5M allows the connection of a maximum of 5
cores x 2,5mm˛. Due to its shape and dimensions, it can be placed next
to the sensors it connects to, which simplifies and reduces the time of
intervention during maintenance operations or repairs. ... |
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Strain Sensors Measure Stress on Presses,
Automated Assembly, and Sot Welding Machines |
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June 26, 2006, Depew, NY, USA – Series M240 ICP® Strain Sensors from the
Force/Torque Division of PCB® Piezotronics, Inc., use
piezoelectric sensing elements to indirectly measure dynamic and
quasi-static forces on machinery structures. ICP® Strain Sensors feature
high rigidity and have no moving parts inside them, thus are not
susceptible to fatigue or sensitivity changes over millions of cycles. |
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They are ideal for industrial process control and product quality
assurance applications that require the measurement of repetitive
cycles. In typical applications, upper and lower control limits are set
to follow a desired force curve for the process, and if the actual force
curve deviates from the control limits, the process is shut down. This
prevents acceptance of non-conforming parts as finished goods.
Applications include clinching, crimping, metal forming, plastic
injection molding, pressing, punching, spot welding, stamping, and
automatic assembly operations. Series M240 ICP® Strain Sensors are easy
to install, and can be powered by any ICP® sensor signal conditioner.
Optional JM240 ground isolated version available for resistance spot
welding machines. ... |
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PerkinElmer Announces New IR Natural Gas
Sensor in response to OEMs need for highly reliable natural gas
detection solution |
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Dual Channel Pyrodetector Technology Delivers Superior Performance and
Reliability in Compact, Easy-to-use Design. PerkinElmer
Optoelectronics, a global technology leader in digital imaging,
specialty lighting and optical detection technologies, today announced
the debut of its new dual channel IR Natural Gas Sensor. The product is
part of PerkinElmer’s new GasDetect IR family and utilizes
non-dispersive infrared radiation (NDIR) technology for increased
reliability and performance. |
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“The new IR Natural Gas Sensor by PerkinElmer combines a robust IR
source with a highly reliable pyroelectric dual-channel detector,
providing OEMs with a solution which is superior to the metal oxide
semiconductor (MOS) and catalytic-bead technologies currently being
applied,” according to Wolfgang Schmidt, Sensors Product Leader,
PerkinElmer Optoelectronics. “We are pleased to be offering customers a
natural gas alarm product, based on reliable IR technology, that
requires no costly service, maintenance or re-calibration and can be
implemented in a variety of industrial and residential settings,” adds
Michael Fichtner, European Sales Leader, PerkinElmer Optoelectronics.
PerkinElmer’s IR Natural Gas Sensor is RoHS compliant and ... |
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Sensor news
& technical articles
in weeks 25-26/2006: |
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LEM Announces the industry’s most
comprehensive battery monitoring sensor |
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LEM S.A., the world’s leading manufacturer of isolated current
and voltage measurement components, announces Sentinel, the most
comprehensive battery monitoring sensor, designed for monitoring standby
batteries. The sensor measures voltage and impedance per cell, and
uniquely offers the ability to monitor internal temperature of
individual cells. |
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By monitoring standby batteries, the life, performance and reliability
of systems providing backup power in applications such as industrial
UPSs, telecommunications, safety-critical systems and computing can be
dramatically increased. Many of these applications already use LEM
current measuring transducers for monitoring standby batteries. The LEM
Sentinel sensors feature a custom intelligent SoC (System on Chip)
device that processes the signal and interfaces to the digital S-Bus
control bus. In standby applications, the failure of one cell can
prevent the operation of an entire chain of batteries, causing large
systems to fail to deliver the desired operating time. Monitoring
voltage, current and impedance allow users to accurately predict which
cells are likely to fail, and to replace them ensuring higher system
reliability. Monitoring temperature allows ... |
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VTI opens a sales office in Tokyo |
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VTI Technologies Oy is opening a sales office in Tokyo, Japan, on
1 July 2006. The sales office will provide local technical and
commercial support to VTI customers in Japan. VTI has collaborated with
Akebono Brake Industry Co., Ltd in automotive projects in Japan since
1994. VTI and Akebono will continue the cooperation to expand their
automotive business in Japan. Tomy Runne, Area Manager, Asia/Pacific, of
VTI has been appointed as Head of the sales office. VTI's premises are
centrally located in Tokyo, in Toranomon area, with good connections to
Greater Tokyo as well as to the rest of Japan. To start with, the
personnel of the sales office will consist of 2 - 3 persons. The sales
office will offer local customer service, provide technical support to
VTI sales staff in Japan and strengthen VTI's position in new markets.
... VTI Technologies is a global market leader in low-g acceleration
sensors for automotive industry applications and Cardiac Rhythm
Management (CRM). Application areas for the company's motion and
pressure sensors include the automotive industry, sports & wellness,
medicine & instruments as well as handheld terminals. VTI develops and
produces silicon-based capacitive sensors using its proprietary 3D-MEMS
(MicroElectroMechanical System) technology, that can measure parameters
including acceleration, inclination, shock, vibration, angular rate and
pressure measurement. ... |
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PCB Piezotronics Names Gene Smiley
International Business Development Manager |
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June 28, 2006, Depew, NY, USA –PCB Piezotronics, Inc. (PCB®), a
PCB Group Company, has named Gene Smiley as International Business
Development Manager, responsible for the development and execution of
international growth strategies for end users, OEM’s, and distribution
channels. With more than 30 years of experience covering software,
hardware and instrumentation, Mr. Smiley was formerly Channel Manager at
MTS System Corporation. His areas of expertise include predictive
maintenance, FEM, and various sound & vibration industry segments. He
has worked in engineering consulting, product management, sales, and
marketing roles. He holds a bachelor of science in Mechanical
Engineering from the University of Cincinnati. Founded in 1967, PCB
Piezotronics is a global leader in the design and manufacture of force,
torque, load, pressure, acoustic and vibration sensors, as well as the
pioneer of ICP® technology. Core competencies include piezoelectric,
piezoresistive, strain gage and capacitive sensor products. With 24-hour
customer service support; direct sales offices throughout Europe and
Asia and an established global distribution network, PCB® attributes its
continued growth to an unwavering commitment to total customer
satisfaction. ... |
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IMI Sensors Division Names Dr. George
Zusman Director of Product Development |
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June 28, 2006, Depew, NY, USA – The IMI Sensors Division of PCB
Piezotronics, Inc. (PCB®) has named Dr. George Zusman Director of
Product Development, overseeing all research and development of its
industrial vibration monitoring instrumentation product lines. With more
than 30 years of experience in industrial vibration monitoring, Dr.
Zusman was formerly Director of Engineering, and later, president, of
Metrix Instruments, Co. /PMC-Beta. Prior to Metrix, he was president &
C.E.O. of ViCont Ltd, where he was also responsible for all aspects of
R&D, sales, and customer service. Dr. Zusman started his career as an
R&D engineer at one of the leading universities in Moscow, Russia.
Subsequently, he has held numerous R&D and engineering management
positions. He holds about 20 patents and has authored nearly 100
technical publications. Dr. Zusman holds a doctorate degree in
Electronics from Moscow Physics Engineering University, and a Sc.D. in
Vibration Monitoring from Introscope Research Institute. The IMI Sensors
Division of PCB Piezotronics, Inc., specializes in the development,
application and support of industrial vibration sensors, transmitters,
electronic vibration switches, meters and accessories for machinery
condition monitoring and predictive maintenance requirements.. ... |
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Modally Tuned® ICP® Impact Hammers for
Modal Analysis & Structural Testing Applications |
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June 27, 2006, Depew, NY, USA– The Vibration Division of PCB®
Piezotronics, Inc. offers Modally Tuned® impact hammers for modal
analysis; structural testing and automotive design; impulse and
response; resonance determination; laboratory design test evaluation;
and civil structure health determinations. PCB Modally Tuned® impact
hammers have been proven over thousands of requirements. |
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Their design has been refined, though the selection of materials of
construction, to deliver consistent, accurate results. This “modal
tuning” of the hammer structure eliminates hammer resonances from
corrupting the test data, resulting in more accurate results. Modally
Tuned® impact hammers are also available in kits, which include ICP®
accelerometers, signal conditioning, and all accessories to begin
testing with FFT analyzers or data acquisition workstations. These are
comprised of matched components, tuned for testing structures within
certain size and weight categorizations. In addition, a selection of
tips are included with each hammer which, along with an extender mass,
allow the hammer to be tailored for the desired frequency content of the
impulse force waveform of the structure under test. . ... |
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Remote Radio-Frequency Level Indicator |
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Remote Auto-Set. Remote Radio-Frequency Level Indicator. ATEX certified
for zone 20, 21 and 22. The Remote Auto-Set is a radio-frequency level
indicator that allows single point level detection of most liquids and
bulk granular materials such as powders, grain, sugar, cement etc… |
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The remote version allows the programming and monitoring to be achieved
at a distance of up to 100 metres between the control module and the
transponder. The Remote version is recommended for situations where: -
the level probe is not easily accessible - regular recalibration is
necessary i.e. for various products used in feeders etc - the level
indicator is exposed to vibration and possible impact - the product is
at temperatures up to 250şC. The control module ATSR1V0A has a display
and is simply programmed using push-buttons and switches. Like the
standard version, it has a power shield function that enables it to
automatically compensate for material build-up on the probe. ... |
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Two-wire Electronic Vibration Switch
Protects Critical Equipment Without Complicated Set-up |
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June 26, 2006, Depew, NY, USA – The IMI Sensors Division of PCB®
Piezotronics, Inc. launches the all new 686A Series two-wire
electronic vibration switch. This ground-breaking switch technology is
microprocessor controlled with no moving parts or mechanical adjustments
required. The introduction of the new two-wire switch is revolutionizing
the vibration switch market by combining the reliability and dynamics of
an electronic switch with the convenience of a mechanical switch, in one
innovative compact design. |
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The unique blueprint of the 686A Series includes the (U.S. patent
pending) Magnetic Adjustable Vibration Threshold (MAVT™). This feature
electronically adjusts the threshold value while the switch is installed
on running equipment through a magnetically activated sensor. This
allows for immediate installation and protection with no need for
equipment shutdown. Now, protecting essential equipment such as pumps,
motors, and fans can be reliably implemented without the burden of a
complex setup. For additional information, contact the IMI Sensors
Division of PCB Piezotronics, Inc. on +001 716 684 0003, fax on +001 716
684 3823, email: imi@pcb.com, or visit our website at
www.imi-sensors.com. ... |
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LEM introduces low-profile, PCB-mounting
transducer for currents up to 100A(RMS) |
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LEM has introduced the LAX 100-NP, a miniaturized PCB-mounting
transducer for the measurement of currents up to 100ARMS. This new
Closed Loop Hall-effect sensor can be configured, by means of the
primary connections on the PCB, to measure currents up to 16.67, 25,
33.33, 50 or 100ARMS. Its design simplifies integration with power
modules in drive and inverter designs. |
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Because the same transducer can be used for different current ranges,
ordering and stock-holding are simplified. Also, in systems where a
number of different currents have to be measured, this can be achieved
with a number of LAX 100-NPs but only a single reference, reducing cost
even further. This new transducer is only 16.35mm high. It features a
wide maximum bandwidth of DC to 300kHz and an overall accuracy of better
than ±0.91 per cent at a primary nominal RMS current of 100A. Typical
linearity error is ±0.06 per cent at 100A and temperature drift is 200
microamps max from 0 to +70˚C. The Closed Loop Hall-effect technology
results in no insertion losses and a fast response time (few s). The
LAX 100-NP, CE marked, comes with a five-year warranty, conforms to the
EN50178 standard and is suitable for industrial applications such as
variable speed drives, UPS, SMPS, air conditioning and home appliances. ... |
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MAZeT Presents new Colour Sensor Board
MTCS-C2 Colorimeter 2 |
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MTCS-C2 'Colorimeter 2' - New colour sensor board for the measurement of
active light sources such as LED mixed colour control. MAZeT GmbH,
a leading system house for industrial electronics, offers the new colour
sensor board 'Colorimeter 2' which delivers the MTCS-ICs from MAZeT in a
board level product. Colorimeter 2 is designed as a new hardware
solution for the measurement of active light sources such as LED mixed
colour control. |
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These boards are targeted at OEM customer solutions for colour
measurement and control. The MTCS-C2 'Colorimeter 2' is a True Colour
Sensor Board, which in addition to the colour sensor IC also integrates
the complete signal amplification and processing, including the
interface and measurement control. Adaptation is possible during a
design-in project. The board's optical channel is provided with a
mechanical aperture to comply with measuring geometry requirements.
Calibration of the board as a measuring system is performed at the
factory, the sensor can be used immediately for measuring functions
after connection to a PC and installation of the software. The user can
set up his own light source or as an alternative he can use the modEVA
from MAZet. The MTCS-C2 board integrates the following: True Colour
Sensor ... |
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High-Frequency Explosion, Blast, and
Shock Wave Pressure Sensors |
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June 26, 2006, Depew, NY, USA – High-frequency sensors from the Pressure
Division of PCB® Piezotronics, Inc. are designed for a broad
range of explosion, blast, and shock wave testing. Applications include
free-field and underwater blast testing, shock wave and time-of-arrival
measurements, shock tube research, closed bomb testing, and squib lot
acceptance testing. |
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General purpose ICP® and charge output blast sensors feature extremely
fast response, with resonant frequencies to 500k Hz. ICP® microsensors
provide rapid rise times of 0.5 microseconds for projectile detection
and time of arrival measurements. Free-field blast pressure ICP® pencil
probes measure blast effects on structures, vehicles, and humans, and
feature integral microelectronics for long cable driving. Underwater
blast pressure probes measure shock wave pressures associated with
underwater explosion testing, and are available in ICP® and charge
output versions. For additional information, contact the Pressure
Division of PCB Piezotronics, Inc. on +001 716 684 0001, Email:
pressure@pcb.com, Fax on +001 716 686 9129, or visit our web site at
www.pcb.com. ... |
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Kistler Expands in Germany - Acquisition
of Staiger Mohilo strengthens competitive position and technology
portfolio |
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The Kistler Group with headquarters in Winterthur, Switzerland,
is taking over the long-established German company Dr. Staiger Mohilo
& Co. GmbH in Lorch with immediate effect. This acquisition brings
both firms manifold advantages by opening up new foreign distribution
channels for Staiger Mohilo and allowing Kistler to expand its product
and technology portfolio. |
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Torque sensors will complete the Kistler Product range of force,
pressure and acceleration sensors. Dr. Staiger Mohilo & Co. GmbH, which
was established in 1945, is a market leader in torque sensor technology.
More than 80 employees develop and produce high quality
force-displacement measuring systems, torque and force sensors, and
complete test stands for electric motors. These products allow quality
assurance as an integral part of automated assembly. To date they have
mainly been sold on the German market. Kistler's international
distribution network comprising 15 group owned sales companies opens up
a whole variety of new sales opportunities for Staiger Mohilo in over 30
countries. For Kistler the takeover means expansion of its product
spectrum with torque sensors. ... |
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Sensor News in week 23-24 '2006
<<
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Sensor News in week 27-28 '2006 |
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