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SPI-Tactilus® Surface Contact Pressure Analysis System - Surface Pressure Sensors + Pressure Sensing Mats + Flexible Pressure Sensors + Body Contact Force Measurement

SPI-Tactilus® Surface Contact Pressure Analysis System - Surface Pressure Sensors + Pressure Sensing Mats + Flexible Pressure Sensors + Body Contact Force Measurement

2018-07-25

The Tactilus® Human Surface Contact Pressure Analysis System provides users with data on pressure magnitude and distribution generated by external forces acting on the human body surface. The contact pressure on the human body surface is crucial for the design of products such as backpacks; however, research and analysis in this field are currently limited. The Tactilus® Human Surface Contact Pressure Analysis System can record and measure pressure in multiple contact areas of the human body, elevating ergonomics to a new level. It plays a significant supportive role in optimizing performance and comfort in testing and design engineering. The Tactilus® system records the pressure distribution and magnitude at the contact surface using a pressure mat known as "electronic skin," and transmits the obtained data to powerful, user-friendly software based on the Windows system for post-processing. Each Tactilus sensor is precisely integrated into the "electronic skin" and has been calibrated and serialized before leaving the factory. The design philosophy of Tactilus emphasizes portability, modularity, and ease of expansion, allowing for the simultaneous collection of data from up to six discrete sensor mats. Tactilus employs advanced mathematical algorithms to intelligently separate signal information from noise, and utilizes advanced electronic shielding technology to minimize the impact of noise, temperature, and other factors on measurement accuracy. Tactilus's unique sensor technology ensures excellent robustness.

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SPI-Tactilus®Flex Bending Sensor - Measures repeated bending, deflection, and acceleration within the range of motion.

SPI-Tactilus®Flex Bending Sensor - Measures repeated bending, deflection, and acceleration within the range of motion.

2018-07-25

The SPI-Tactilus® Flex bending sensor is a resistive sensor based on the output of sensor curvature. It is an ideal device for measuring repeated bending, deflection, and acceleration within a range of motion, and is also suitable for high-speed impact measurements.

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Thermal Exchange Applications of the SPI-Tactilus® Surface Pressure Measurement System - Thermal Stress Measurement + Thermal Stress Distribution + Heat Exchange Area

Thermal Exchange Applications of the SPI-Tactilus® Surface Pressure Measurement System - Thermal Stress Measurement + Thermal Stress Distribution + Heat Exchange Area

2018-07-25

The design of the Tactilus thermal analysis system is aimed at enabling engineers to more easily measure the actual contact force and distribution between heat sources and heat dissipation devices. On surfaces where heat exchange is occurring, unpredictable thermal stresses can arise; even slight heat exchange can lead to structural warping or a reduction in surface contact area, which may significantly impact the thermal efficiency of the equipment. The Tactilus® surface pressure measurement system records the pressure distribution and pressure magnitude at the contact surface using a pressure mat known as "electronic skin." The data obtained is transmitted to powerful, user-friendly software based on the Windows system for post-processing. Each Tactilus sensor is precisely integrated into the "electronic skin" and has been calibrated and serialized before leaving the factory. The main advantages of Tactilus include portability and the ability to synchronize data collection from up to 4 discrete thermal sensors. Tactilus employs advanced mathematical algorithms to intelligently separate signal information from noise, and utilizes advanced electronic shielding technology to minimize the impact of noise, temperature, and temperature variations on measurement accuracy.

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Application of SPI-Tactilus® Surface Pressure Measurement System in Heat Dissipation Equipment - Contact Surface Pressure + Force Distribution + Thermal Stress Measurement

Application of SPI-Tactilus® Surface Pressure Measurement System in Heat Dissipation Equipment - Contact Surface Pressure + Force Distribution + Thermal Stress Measurement

2018-07-25

The Tactilus thermal analysis system allows engineers to more easily measure the actual contact pressure and distribution between heat sources and heat dissipation devices. Unlike traditional sensors, the Tactilus sensor, which is as thin as paper, can be conveniently placed between two contact surfaces, enabling testing, control, and repositioning of the heat dissipation surface without the need for computational simulation and prediction. The Tactilus® surface pressure measurement system records the pressure distribution and pressure magnitude at the contact surface using a pressure pad known as "electronic skin," and transmits the obtained data to powerful, user-friendly software based on the Windows system for data post-processing. Each Tactilus sensor is precisely integrated into the "electronic skin" and has been calibrated and serialized before leaving the factory. The main advantages of Tactilus are its portability and the ability to synchronize data collection from up to 4 discrete thermal sensors. Tactilus employs advanced mathematical algorithms to intelligently separate signal information from noise, and utilizes advanced electronic shielding technology to minimize the impact of noise, temperature, and temperature variations on measurement accuracy.

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SPI - Customized Laser Cutting Service for Pressure Indicating Sensitized Paper - Surface Pressure Measurement, Pressure Sensitive Film

SPI - Customized Laser Cutting Service for Pressure Indicating Sensitized Paper - Surface Pressure Measurement, Pressure Sensitive Film

2018-07-25

To meet the diverse application needs of customers for Pressurex-micro® pressure indicating film, we now offer customized laser cutting services. Users can contact a sales representative and inform them of the required specifications or other requirements to customize this service!

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SPI-Tactilus® Surface Pressure Measurement System Pressure Indicating Washers - Surface Pressure Measurement + Pressure Indicating Washers

SPI-Tactilus® Surface Pressure Measurement System Pressure Indicating Washers - Surface Pressure Measurement + Pressure Indicating Washers

2018-07-25

The Tactilus pressure indicating washer is a revolutionary new tool for measuring and evaluating the integrity, stress, and design rationality of bolted connections. Unlike traditional strain gauges and pressure washer sensors, the Tactilus pressure indicating washer is characterized by its lightweight, non-invasive, and cost-effective durability. It can accurately display the pressure (magnitude) and pressure distribution between the bolt and the flange surface, and it allows for long-term monitoring. The Tactilus® surface pressure measurement system records the pressure distribution and pressure magnitude at the contact surface using a pressure pad known as "electronic skin," and transmits the obtained data to powerful, user-friendly software based on the Windows system for data post-processing. Each Tactilus sensor is precisely integrated into the "electronic skin" and has been calibrated and serialized before leaving the factory. The main advantages of Tactilus include portability and the ability to synchronize data collection from up to 4 discrete thermal sensors. Tactilus employs advanced mathematical algorithms to intelligently separate signal information from noise, and utilizes advanced electronic shielding technology to minimize the impact of noise, temperature, and thermal effects on measurement accuracy.

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SPI-Pressurex-micro® Contact Pressure Indicating Sensor Paper - Contact Force Measurement + Contact Surface Pressure Indication + Pressure Sensor

SPI-Pressurex-micro® Contact Pressure Indicating Sensor Paper - Contact Force Measurement + Contact Surface Pressure Indication + Pressure Sensor

2018-07-25

Using Pressurex-micro® allows you to economically and easily find the relative pressure between two contact or impact surfaces. Since Pressurex® is a thin (20 mil) pressure indicating sensor film, it easily conforms to curved surfaces. You can even use Pressurex® film in harsh environments and tight spaces where traditional electronic sensors cannot be used. All you need to do is place the Pressurex® film between the two contact or impact surfaces. After removal, the generated image will display the relative amount of pressure applied as a grayscale pressure distribution curve. The greater the pressure, the darker the color. Pressurex is suitable for use under loads less than 20 PSI (1.5 kg/cm²). When used in conjunction with our Topaq® imaging system, Pressurex® pressure film makes it easier to analyze and interpret images. The grayscale pressure distribution curve can be presented as a clear, easy-to-read image in just a few seconds. These images are high-resolution, full-color representations of pressure distribution, accompanied by charts and data. This is the simplest and most effective way to determine the pressure distribution between mating surfaces.

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SPI-Tactilus Free From® Home Appliance Door Sealing Sensor System - Sealing Measurement + Surface Contact Force Measurement + Dynamic Display of Contact Force Distribution

SPI-Tactilus Free From® Home Appliance Door Sealing Sensor System - Sealing Measurement + Surface Contact Force Measurement + Dynamic Display of Contact Force Distribution

2018-07-06

The SPI-Tactilus Free From® household appliance door sealing sensor system allows users to freely choose measurement locations to collect surface pressure data. Incorrect placement of seals or gaskets can lead to reduced energy efficiency of the device, increased after-sales warranty issues, fluid leaks such as air and water, and other noise problems. The SPI-Tactilus Free From® can be customized according to user needs, offering great flexibility and ease of use. It supports 16-channel data acquisition and wirelessly transmits the data to intuitive and user-friendly Windows software.

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SPI-Free Form® Sealing Sensor System for Automotive Door Sealing Test 1

SPI-Free Form® Sealing Sensor System for Automotive Door Sealing Test 1

2018-07-06

The Free Form® development kit is very economical and practical, yet powerful: it allows you to capture pressure/force data from a single point (and user-fixable) sensor at a very high frame rate, record that data, and wirelessly transmit it to our intuitive and easy-to-use device. Use Windows software, or read the pressure directly from the kit's onboard LCD display. The sensors come in various sizes, including square shapes with diameters ranging from 4 mm to 25 mm.

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SPI-Tactilus Real-time Contact Pressure Testing System for Automotive Door Sealing Test 2 - Surface Pressure Measurement + Sealing Door Contact Force + Dynamic Measurement

SPI-Tactilus Real-time Contact Pressure Testing System for Automotive Door Sealing Test 2 - Surface Pressure Measurement + Sealing Door Contact Force + Dynamic Measurement

2018-07-06

The Tactilus pressure distribution system can display real-time pressure data for the contact areas of sealed doors or seals, and allows for observation of the distribution through software. This facilitates the detection of surface defects, wear, gaps, and other features of the car door, thereby verifying the integrity and uniformity of the door seal. If these issues are not identified during testing, they can have a significant impact on aerodynamics, waterproofing, sound insulation safety, air quality, and production line setup. The analysis software can dynamically display the measured data and provide local magnification of key areas, while also showing data analysis results such as average, maximum, and minimum pressure values. The data collected by Tactilus can be exported as .text files for further post-processing by third-party software. The Tactilus system includes: sensor elements, a data exchanger, USB connection cables, and software.

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FAX：+86-20-81482548

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