XSensor HS Impact Testing
XSensor's high speed pressure mapping system is the first system design to allow product designers and safety testing engineers to see, record and evaluate the distribution of force from high speed impacts on safety equipment such as helmets and body armour Evaluating the performance of helmets and other protective equipment designed to prevent injury requires detailed understanding of the pressure distribution on the body surface during dynamic impacts. XSENSOR’s high speed HS Impact system combined with our thin conformable sensors allow you to accurately measure those pressures and evaluate how different design configurations affect pressure distribution on impact.
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Dynamic Horse Saddle Pressure Mapping
XSensor's dynamic saddle pressure mapping system is a wireless system that enables equestrian saddle makers, coaches and owners to improve saddle design and fitting, develop riding technique and sitting positions that reduces the risk of injury to the horse. This intelligent dynamic sensing offers recording, reviewing and analyzing data from this system provides insights in to saddle fitting, rider balance and riding technique.
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Walkway and Runway Sensor
XSensor's Walkway and Runway Sensor is a high resolution pressure mapping sensor with 7,680 sensor points. Combined with XSensor's electronics and Pro V8 software the Walkway/Runway sensor provides lab-quality data for plantar pressure and gait evaluation studies The sensor features a large, 1.24 square meter active area and ultra low profile ensures there is no interference with natural gait measurement. The sensor is calibrated from 1 to 128psi (0.67 to 88N/m2) with a resolution of 0.01psi, ensuring data integrity for assessment, research and clinical studies. The Walkway sensor is designed for portability, fast set-up and is easily rolled up for transportation
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IX510:64.64.04 Stance Pad Sensor
The X3 IX510:64.64.04 has been designed as a pressure mapping sensor for stance pad applications. However, the pressure range, active area and spatial resolution makes this ideal for many other pressure mapping applications. This sensor has been designed to measure standing and striding foot pressures. A durable urethane cover and lexan backing provides extra protection and durability for heel strike and running movements. Additionally, the sensor provides a high frame rate for recording foot movements. Generate foot profiles and analyze foot movements from standing to walking and running.
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IX510:3.64.05 Tyre Bead Sensor
XSensor are please to introduce the IX510:3.64.05, their first sensor for measuring and mapping the pressure on the heel and toe of a tire’s bead. This sensor is a high resolution flexible design that offers high resolution images and information on the pressure between the wheel rim and tire bead.
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PX100:64.160.02 Bed Sensor
XSensor's PX100:64.160.02 sensor is a flexible, high resolution pressure mapping sensor that's ideal for use on beds and mattresses. The PX100:64.160.02 could also be used in any large surface, low pressure application The PX100.64.160.02 is a high resolution bed sensor offering accurate, detailed images in both 2D or 3D for pressure for bed and mattress profiling and comfort analysis or of any surface you wish to measure. The larger active surface area is particularly suitable for beds and mattress. The highly stable calibration which does not require re-calibrating every few measurements means this sensor offers the user fast, easy and accurate data collection. Combined with XSensor’s Pro V8 software and electronics, the PX100:64.160.02 sensor offers fast , powerful data collection with excellent spatial resolution
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XSensor’s LX205 Series Sensors
XSensor's LX205 series of pressure mapping sensors are designed for applications where the LX100 or LX210 sensors are to large or when even higher spatial resolution is required. The LX205's offer high quality images and fast data acquisition These sensors are designed to work with XSensor's X3 pressure mapping system. They can be supplied as part of a new system or added to an existing system.
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XSensor LX210 Pressure Mapping Sensors
XSensor's LX210 series pressure mapping sensor are, an update to the popular LX200. The new LX210 has all of the performance characteristics customers have come to expect from XSENSOR’S high-pressure sensors, but is now available in light-weight construction that makes the LX210 thinner and more conformable than ever
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IX500:256.256.22 Tyre Sensor
The IX500:256.256.22 is a reliable and durable, high-resolution tyre sensor that is a favourite with XSensor’s automotive, car, motorcycle, truck and motorsport users. Used with XSensor's pro electronics and Pro V8.0 software, the IX500:256.256.22 sensor makes a powerful tool for gathering information about tire footprints, including land /sea ratios and how the tire footprint changes with different inflation pressures and loads. The Pro V8.0 software has a full set of tools that enable the analysis and export of data in CSV, AVI, PNG and JPEG formats. If you require more information or are interested in an on site demo, please call us on 01344 776666, email info@interface.uk.com or use our on-line chat facility. We'll be pleased to help. If you require a larger tire sensor please see the IX500:256.256.16 tire sensor Please note this sensor is normally supplied as part of a system
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LX100 Series Pressure Mapping Sensors
XSensor's LX100 series pressure mapping sensors are designed for seat comfort testing and development or the measurement of pressure distribution between any two contacting surfaces. Calibrated in XSensor's ISO17025 accredited lab from 0.1 to 3.87psi (10-200mmHg) you can be sure of high accuracy and high quality. The flexible, sheet like, yet robust conforms well to irregular shapes to ensure the best possible pressure distribution image and data collection. The LX100 series of pressure mapping sensors are the most advanced sensors yet offered by XSensor. They share all the advantages of high flexibility and conformability with XSensor's other sensor mats. But developments in design and manufacturing mean that the LX100 series offer improvements in durability and accuracy. The low Hysteresis and creep characteristics of these sensors along with a high degree of repeatability means these are the most accurate pressure mapping sensors yet offered by XSensor. In fact, accelerated durability tests have shown that the calibration of these sensors is so stable that it stays within ±2% of the original calibration for up to five years.
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XSensor X3 IX500:256.256.16 Tire Pressure Mapping Sensor
The IX500:256.256.16 is a high resolution tire pressure mapping sensor offering accurate, detailed images in both 2D or 3D for tire profile and tread analysis or any surface you wish to measure. The larger active surface area is particularly suitable for the larger tires fitted to 4 x 4 SUVs, sports/racing cars and larger vehicles e.g. vans or trucks. The highly stable calibration which does not require re-calibrating every few measurements means this sensor offers the user fast, easy and accurate data collection. Used with XSensor's pro electronics and Pro V8.0 software, the IX510:256.256.22 sensor makes a powerful tool for gathering information about tire footprints, including land /sea ratios, the tire footprint changes with different inflation pressures and loads and more. The Pro V9.0 software has a full set of tools that enable the analysis and export of data in CSV, PNG and JPEG formats. If you require more information or are interested in an on site demo, please call us on 01344 776666, email info@interface.uk.com or use our on-line chat facility. We'll be pleased to help. If you require a smaller tire sensor please see the IX500:256.256.22 tire sensor Please note this sensor is normally supplied as part of a system
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XSensor IX510:128.128.10 Flexible Tyre Sensor
The XSensor IX510:128.128.10 sensor is a flexible tyre sensor with a urethane cover for use in and away from the lab. The tough, bendable design enables this sensor to conform to irregular surfaces found outside the laboratory. This sensor is particularly suited to sub-soil tyre footprint pressure mapping applications
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XSensor Reveal R&D Bed Pressure Mapping System
XSensor's Reveal R&D Bed Pressure Mapping system is for Bed and Mattress designers and manufacturers who require a premium research and development tool. The Reveal R&D system provides a valuable insight in to the contact area, pressure reduction performance of any sleep surface, with the ability to view, record and compare new, existing or competitor products. Test and compare bed or mattress performance for different body types
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XSensor X3 Pro Wiper Blade System
XSensor's X3 Pro Wiper Blade System offers the design and product test engineer the ability to easily and quickly measure and profile the contact area of a wiper blade and several points on a vehicle's windscreen. Contact areas can be quickly measured and compared with previous measurements, between new and existing or competitor product, speeding up product development. Results can also be compared to production line data to ensure quality
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XSensor Pro Seat Pressure Mapping System
XSensor Pro Seat System - the LX100 & LX210 - is the most advanced and accurate interface pressure-mapping sensor in the product range, designed as a conformable and durable sensor for measuring interface pressure values. It is ideal for assessing automotive and aerospace seat designs, ingress/egress testing, and manufacturing quality, thanks to its high repeatability, low hysteresis, and low creep characteristics. Combined with XSensor's Pro V9 software, seating designers and engineers have a powerful tool to design, develop, assess and compare seating products.
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XSensor’s High Speed Impact Pressure Mapping System
Crash and impact testing allows the automotive industry to visualise the pressure distribution of whiplash, airbags, seatbelts, head restraints and other impacts on the human body or any other test subject. Informed testing enables safer vehicle designs. Designers and engineers can now measure and minimise the elevated body surface pressures created between occupant and seat backs, head restraints, seat belts and airbags during rear or frontal impacts. Until recently, this impact pressure data has been difficult to obtain. The XSensor was developed to bridge this gap. The XSensor is a high-speed pressure mapping system that collects data at speeds of between 2,000 and 5,000 frames per second, giving designers and engineers the ability to gather critical impact pressure information in a range of different impact scenarios. Whiplash impacts, seat belt and airbag pressure, can all be monitored with the XSensor. Sensor mats are designed to perform, multiple times in the high speed, high impact evronment of crash sledge testing Register to down load XSensor's E-book High Speed Impact Systems Or see how the US Insureance Institute for Highway Safety changes a key test protocal due to XSensor's high speed impact system https://www.iihs.org/news/detail/iihs-alters-scoring-criteria-for-updated-moderate-overlap-front-crash-test
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XSensor’s High Speed, Dynamic Tire Pressure Mapping System
XSensor’s dynamic, high-speed Tire Pressure Mapping System allows test engineers to capture tire footprint data, visualising the tire contact area with vehicles being driven over the sensor at speeds of up to 140km p/h. The XSensor technology capture tire footprint images at over 450 frames per second at high resolution, meaning that engineers can now capture accurate tire footprint images in completely dynamic environments.
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X3 1.6mm Tire Pressure Mapping System from XSensor
The XSensor's X3 1.6mm Tire Pressure Mapping System can execute static tire profiling by allowing designers and engineers to study and research the tire footprint of motorcycles, cars and LCVs. With a high-resolution sensor - 1.6mm spatial resolution with over 65,000 sensor points - the X3 system can produce highly detailed 2D and 3D images and AVI files. Images, Images, AVI files and numeric data can then be exported from XSensor's Pro V8 software. The XSensor Tire Pressure Mapping System enables powerful research for tire engineers, chassis engineers and all other technical staff involved in researching a tire's interaction with the road surface. The high-resolution sensor with 65,536 individual sensels of 1mm x 1mm with a pitch of 1.6mm and a 256 x 256 matrix provides an active area of 16" x 16" (406mm x 406mm) is at the heart of this system. Although designed primarily for tire studies, this system has been used in many other applications.
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X3 Hi-Res 1.0mm Tire Pressure Mapping System from XSensor
XSensor's X3 1.0 mm Tire Pressure Mapping System is for the study and research into the tire footprint of motorcycles, car and LCVs. The system is supplied with a high resolution sensor with 1.0mm spatial resolution with over 65,000 sensor points. The X3 system is capable of producing highly detailed 2D and 3D images and AVI files. Images, AVI file and numeric data able to be exported. Supplied with XSensor's Pro V9 software this system is a very powerful research tool for tire engineer, chassis engineers or anybody involved in research of a tire's interaction with the road surface. System comprises:- IX500:256.256.22 High Resolution Sensor 4 ea. X3 Pro Sensor Packs (16-bit ADC module) 1 ea. X3 Pro Electronics 1 ea. X3 Pro Software V8.0 with 5 user license 1 ea. X3 Li-Ion Battery & Pack 2 ea. Teflon protective sheets The high resolution sensor with 65,536 individual sensels of 1mm x 1mm with a pitch of 1.0mm and a 256 x 256 matrix provides an active area of 11.6" x 11.6" (295mm x 295mm) is at the heart of this system. Although designed primarily for tire studies this system has been used in many other applications. System comprises:- IX500:256.256.22 High Resolution Sensor 4 ea. X3 Pro Sensor Packs (16-bit ADC module) 1 ea. X3 Pro Electronics 1 ea. X3 Pro Software V9.0 with user license 1 ea. X3 Li-Ion Battery & Pack 2 ea. Teflon protective sheets The high resolution sensor with 65,536 individual sensels of 1mm x 1mm with a pitch of 1.15mm and a 256 x 256 matrix provides an active area of 11.6" x 11.6" (295mm x 295mm) is at the heart of this system. Although designed primarily for tire studies this system has been used in many other applications.
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