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Supplier: Tekscan, Inc.
Description: The versatile I-Scan tactile pressure mapping system is tailor-made by choosing from over 200 pressure sensors to meet your specific application requirements. Versatile Pressure Mapping System I-Scan™ is a powerful tool that accurately measures and analyzes
- Pressure Range: 25,000 psi
- Width: 0.12 to 69 inch
- Length: 0.12 to 69 inch
- Thickness: 0.02 inch
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Supplier: Tekscan, Inc.
Description: Tekscan force sensors are available in a wide range of shapes, sizes, pressure ranges, and resolutions. Over 200 different pressure sensors are available. High Temperature pressure mapping sensors are also available in certain sensor models. Custom
- Operating Temperature: 140 F
- Force Measured: Compression
- Output: Digital
- Device: Sensor / Transducer
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Supplier: Tekscan, Inc.
Description: The Grip™ system measures and evaluates static and dynamic pressures from grasping objects. The Grip system uses a thin, high-resolution, tactile pressure sensor that can be used directly on a hand or built into a glove. The system provides detailed pressure
- Pressure Range: 0 to 50 psi
- Thickness: 0.007 inch
- Imager/ Sensor Type: Active Pressure Sensor Arrays
- Features: Electronic/Digital Image, Flexible
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Supplier: Tekscan, Inc.
Description: and analyzes interface pressure between virtually any two surfaces, utilizing a thin and flexible sensor. The system is comprised of data acquisition electronics, sensors, and software. There are many different options for data acquisition electronics, standard and custom
- Pressure Range: 25,000 psi
- Width: 0.12 to 69 inch
- Length: 0.12 to 69 inch
- Thickness: 0.02 inch
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Supplier: Schmersal Inc.
Description: 2 Contacts Robust design Various lengths available Can be mounted on existing glue-spreading machines, veneering presses, etc.
- Length: 0.393700787401575 ft
- Height: 10.236226 inch
- Width: 3.93701 inch
- Operating Temperature: -4 to 131 F
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Pressure Sensitive Safety Edges and Safety Bumpers - Safety-Related Tactile Bumper Sensor -- SSG-SBLSupplier: Schmersal Inc.
Description: Robust design Simple mounting dual channel system
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Supplier: Johnson and Allen, Ltd.
Description: Johnson and Allen supply Fuji brand Prescale - A pressure sensitive film that changes colour depending on the forces applied to it. A useful product with many applications in the NDT industry and even in general engineering. The films are supplied in rolls and are extremely thin and stable.
- Width: 10.629927 inch
- Length: 0.1968505 to 0.4724412 inch
- Features: Flexible
- Imager/ Sensor Type: Pressure Indicating Film (Single Sensor)
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Supplier: Transcat, Inc.
Description: field calibration of pressure and differential pressure transmitters. Built in functionality to display min/max peak pressure and rate per second per hour and per three hour plus a null function give the CPG2300 Portable Pressure Calibrator additional functionality for
- Working Pressure Range: 300 psi
- Type: Gauge
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Supplier: Transcat, Inc.
Description: field calibration of pressure and differential pressure transmitters. Built in functionality to display min/max peak pressure and rate per second per hour and per three hour plus a null function give the CPG2300 Portable Pressure Calibrator additional functionality for
- Working Pressure Range: 500 psi
- Type: Gauge
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Supplier: Transcat, Inc.
Description: field calibration of pressure and differential pressure transmitters. Built in functionality to display min/max peak pressure and rate per second per hour and per three hour plus a null function give the CPG2300 Portable Pressure Calibrator additional functionality for
- Working Pressure Range: 1 psi
- Type: Gauge
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Supplier: Transcat, Inc.
Description: field calibration of pressure and differential pressure transmitters. Built in functionality to display min/max peak pressure and rate per second per hour and per three hour plus a null function give the CPG2300 Portable Pressure Calibrator additional functionality for
- Working Pressure Range: 3,000 psi
- Type: Gauge
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Supplier: Pinnacle Systems, Inc.
Description: large 6′ x 12′ single mat capability. Made in USA. The STTS (Soft Tactile Transducer Sensor) Safety Mat System is a technological paradigm in the field of presence-contact sensing/pressure sensitive safety mat systems. This revolutionary mat system is a hybrid design that
- Length: 12 to 72 inch
- Width: 12 to 144 inch
- Certifications: CE, UL
- Safety Mat Surface Features: Chemical / Moisture Resistant, Non-skid Surface
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Supplier: Mettler-Toledo Technologies GmbH
Description: Flow rate >40 mL/min (>20 mL/min for cation exchange samples), excess to drain Sample Temperature 5-50°C (41-122°F) Sample Pressure 0.3-7 bar (5-100 psig) Grab Sample Measurement Included Power Supply 100-240 VAC, 50-60 Hz, 25 W, on power loss all settings are retained without batteries
- Electrical Output: Analog Frequency Output
- Form Factor: Lab / Benchtop
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Supplier: Mettler-Toledo Technologies GmbH
Description: Flow rate >40 mL/min (>20 mL/min for cation exchange samples), excess to drain Sample Temperature 5-50°C (41-122°F) Sample Pressure 0.3-7 bar (5-100 psig) Grab Sample Measurement Included Power Supply 100-240 VAC, 50-60 Hz, 25 W, on power loss all settings are retained without batteries
- Electrical Output: Analog Frequency Output
- Form Factor: Lab / Benchtop
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create a thin human machine interface. The top layer is typically a graphic overlay, which displays logos and relevant information to the user. Tactile or non-tactile buttons Buttons and other features can be embossed Embedded LED’s can be added for (read more)
Browse Human Machine Interfaces Datasheets for Quantaflex Printed Electronics Inc.
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Dynamic Calibration of Tactile Sensors for Measurement of Soil Pressures in Centrifuge
Tactile pressure sensors are flexible, thin sheets containing a matrix of sensors, which are used to measure earth pressures in geotechnical applications.
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Examining the behavior and mechanisms of structuration in sand under the K 0 condition
Abstract In this paper, experimental studies were con- ducted using a tailor-made oedometer equipped with a ben- der element system and tactile pressure sensors to examine the behavior and mechanisms of structuration in sand under the K0 condition.
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Elastomeric Electronic Skin for Prosthetic Tactile Sensation
This report demonstrates a wearable elastomer‐based electronic skin including resistive sensors for monitoring finger articulation and capacitive tactile pressure sensors that register distributed pressure along the entire length of the finger.
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Laboratory performance of reduced-scale reinforced embankments at different moisture contents
In addition, twenty-four 25-mm-diameter free-form tactile pressure sensors (TPS, Sensor Prod 2013 Madison, NJ, USA) were used to measure earth pressure at various locations in the embankment.
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Measurement of Normal Pressures and Friction Forces Acting on Buried Pipes Subjected to Cyclic Axial Displacements in Laboratory Experiments
The experimental setup is presented, and in particular the application of the tactile pressure sensor , the special measuring technique used, is described.
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Fabrication of carbon nanocoils based tactile sensor
The dimension of the tactile pressure sensor in this study was lOx lOx 1 mm3 • .
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Research on pressure tactile sensing technology based on fiber Bragg grating array
Abstract: A pressure tactile sensor based on the fiber Bragg grating (FBG) array is introduced in this paper, and the numerical simulation of its elastic body was implemented by finite element software (ANSYS).
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http://dspace.mit.edu/bitstream/handle/1721.1/93815/900633744-MIT.pdf?sequence=2
One good example of a commercialized tactile sensor is the tactile pressure sensor array from Pressure Profile Systems Inc. [4], which is applied on commercial robots fingers such as PRII and the Barrett hand.
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Advanced inline measurement and control tools for sand filling and compaction in lost foam casting
Keywords: Lost Foam Casting, sand compaction, Expendable Pattern Casting, pattern deformation, fiber optic sensor, tactile pressure sensor , distinct element method.
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Correlation analysis of object shape recognition from EEG and tactile signals
Here, X and Y are the feature spaces obtained using EEG and tactile pressure sensor respectively.