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Grip System
Quantify forces applied by the human hand while grasping objects.
Not available for online purchase.
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Tactile Grip Force and Pressure Sensing
The Grip™ system measures and evaluates static and dynamic pressures from grasping objects. Grip measures interface pressure for human hand and finger gripping applications to assess comfort, design, and ergonomics. The system is used to improve design for a more ergonomically sound product, study carpal tunnel and repetitive motion syndrome, or analyze the human hold on various tools and sports equipment. It is an ideal tool for collecting vital information and insight to enhance product design, manufacturing, quality, and research.
Key Features
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Grip Wireless for Bat Grip EvaluationSimultaneous measurement of left and right hands - Numerous independent sensing elements for localized detection and sensing of pressure points
- One subject can grip several objects in many ways, once the hand is instrumented
- High scanning rates of up to 750Hz (tethered version)
- Paper-thin sensor form factor allows for full range of hand motion
- One size fits all
- Durable and reusable sensor
Grip System Configurations
The Grip system is available tethered or untethered for increased mobility and range of measurement. Your specific application will determine the best-suited connection type.
Tethered Model
Every VersaTek™ based system uses specially designed scanning electronics called Cuffs. The Cuffs connect to the sensor to gather data, which is then processed and sent to your computer, via USB connection. VersaTek electronics run at the fastest speeds and are compatible with other VersaTek sensors, giving you the ability to add in-shoe, prosthetic, grip, and seating & positioning capabilities to your Tekscan System.
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Wires connect the sensor and scanning electronics on the subject to the computer via USB port. Dynamic events are captured with scan rates of up to 750 Hz.
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Data is transmitted directly from the subject to the computer, allowing for a wide range of applications. The subject can be up to 100 m away and data can be recorded and displayed on the computer in real time. A 100 Hz scan rate is available with wireless connectivity.
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Collects and stores sensor data in its internal memory for upload to a computer at a later time. The subject can travel over 100 meters from the computer and can be used when a recording needs to be made over an extended period of time. Scan rates of 750 Hz can be achieved.
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Hub is configured to support both Wireless and Datalogger functionality.
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To learn more about the data acquisition electronics and sensor performance specifications, please visit the Technology page.
Components depend on system configuration. Additional items may be included with your system purchase.
Grip Sensor - 4256E
Grip Sensor Model 4256EThe Grip™ System uses a thin, high-resolution sensor that can be used directly on a hand or built into a glove. Each sensor has eighteen sensing regions that can be individually positioned over important anatomic sections of the fingers and palm. Gaps between the sensing areas allow the joints to be avoided, move freely, and not interfere with grip measurement. Each sensing region has multiple sensing elements (Sensels™) for localized identification of pressure points on the hand.
For use in hand grip applications.More
Software Features
Example of grip pressure data while subject operated an industrial floor polisher.
- Access real time or recorded data in 2D & 3D
- Key metrics; total force, peak pressures, and center of force
- Multiple graph options to plot data
- View and compare multiple test results simultaneously
- Ability to attach a digital image to each frame of a Tekscan movie
- Export data to ASCII or AVI files
The software is available in several languages including Spanish, French, and German. View software languages available.
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Grip System Applications
Steering Wheel Ergonomics
 Example of Grip System feedback while performing common driving activities. |
Challenge:To quantify key grip and movement data that enhances the driver experience.
Solution:The Grip pressure mapping system was used to identify and measure dynamic pressures and forces on the hands and fingers while gripping, lifting, and turning the steering wheel.
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Occupational Ergonomic Design
 Example of Grip System feedback while using a piece of equipment or tool. |
Challenge:To design a new floor polishing machine handle to reduce operator fatigue and discomfort.
Solution:The Grip pressure mapping system was used to quantify forces and pressures felt across a subject's hand while operating the equipment.
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Medical Device Usability Studies
 Example of Grip System feedback while using a piece of equipment or tool. |
Challenge:To improve the design of a hand-held injector with better ergonomic grip force.
Solution:The Grip pressure mapping system was used to optimize syringe design and address usability needs.
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For More Grip System Application Examples,
There have been a number of research projects conducted where Tekscan's pressure measurement technology has played a crucial role. To view the list of these research studies:
