Provides pressure data for the analysis, interpretation, and treatment of equine or large animal gait and ambulatory function.

What is the Hoof™ System?

The Hoof System combines practical biomechanics with computer-aided technology to revolutionize the analysis, interpretation, and treatment of equine or large animal gait and ambulatory function. It offers instantaneous data at every critical phase by providing objective, quantifiable data to effectively treat lameness, hoof, shoeing, and other gait-related disorders in shod and unshod animals.

Hoof System Features & Benefits​

• The Hoof sensor is specifically designed for animal hooves and paws
• Manage animal gait and ambulatory function
• Reduce lameness by providing early assessment and institution of proper treatment
• Use in pre-purchase examination or performance testing
• Easy to apply and use in shod or unshod animals
• Document analysis and treatment plus print data and graphs
• Wireless capability allows for accurate data capture of the horse's true gait up to 100 meters away from the computer
• Scanning speed of 100 Hz

Animal Strideway System

Modular pressure measurement walkway for animal gait analysis.

Simplify Animal Gait Analysis with Strideway™

Quickly and easily get all the data you need to accurately assess gait of animals, lameness and evaluate treatments with Strideway. Pressure data can provide incredible insights into factors affecting animal gait, which might otherwise go unnoticed.

• Modular platform captures multiple paw strikes in a single pass
• Observe and quantify lameness in cats and dogs
• Automatically detect paw strikes with labels for left or right and number stances from first to last
• Evaluate pressure and force per limb
• Symmetry score between limbs
• Provides key gait cycle parameters: cadence, velocity, distance
• Low profile platform reduces risk of tripping
• Quick set-up and data collection process

High Resolution Animal Walkway System

Low profile floor walkway system that captures multiple sequential paw strikes for objective animal gait analysis.

Objective Data to Observe & Quantify Animal Gait Analysis

Tekscan's High Resolution Walkway Systems capture force and pressure, plus temporal (time) and spatial (distance) gait parameters, to evaluate animal gait, lameness and assess treatment plans. With a variety of sizes and resolution options, systems can accommodate a variety of animals ranging from rats, chickens, cats, sheep, cows and more.

Why choose Tekscan's High Resolution Walkway?

• Save time with automated calculation of gait parameters
• Analyze the relationship between multiple paw/hoof strikes
• Evaluate limb and hoof/paw vitality
• Objective documentation of mobility issues and progress in rehabilitation

Low-profile pressure measurement mat that captures static and dynamic pressure data for foot function and gait analysis, as well as balance, sway and postural data.

Foot Pressure Measurement

The MatScan^®, part of the ClassicMat family, is Tekscan's low profile foot pressure measurement platform. Combined with Tekscan's innovative software, the mats can be used for a variety of applications such as foot function analysis, gait analysis, postural stability, sway analysis, fall risk assessments and pressure offloading.

MatScan^® Pressure Mat System Features

• Low-profile mat - platform height of only 0.225 in. (0.57 cm)
• Quick and easy set up with USB connection
• Available with either Evolution^® or VersaTek^® electronics
• Scanning speed of up to 100 Hz with Evolution electronics
• Scanning speed of up to 440 Hz with VersaTek electronics
• Provides objective and quantifiable pressure data
• Compatible with gait lab technology, such as EMG and motion capture systems
• 3 hardware choices available: tethered, wireless, and/or datalogger

What is the CONFORMat?

The CONFORMat™ seating and positioning system provides accurate, real-time information on pressure distribution and Center of Force (CoF) trajectory that helps providers develop an optimal seating and positioning system for each individual patient. The unique, truly flexible design makes the CONFORMat the most advanced pressure mapping system available for seat and back analysis.

CONFORMat Features and Benefits

• Portable, lightweight sensor is easy to move between patients and facilities
• 2,000+ individual sensing elements provide accurate, high-resolution readings
• Helps optimize cushion selection and custom seating development
• Provides justification and documentation for treatment decisions
• Engages patients with vivid color display and provides them with clear, visual feedback
• Aids in identification of unseen asymmetries and pelvic obliquities
• Provides accurate data for answering research hypotheses or development questions

Measure pressure distribution between the human body and support surfaces such as seats, mattresses, cushions, and backrests.

Body Pressure Measurement System

BPMS™ measures the pressure distribution of a human body on support surfaces such as seats, mattresses, cushions, and backrests. The thin and conforming sensing mat can measure body pressure distribution with minimal interference of the support surface.

Key Benefits

• Design optimization
• Verify comfort
• Ergonomics
• Understand body shifts in a static chair or an application with a moving vehicle – ingress/outgress
• Analyze comfort of different materials for seat design
• Quality control
• Competitive benchmarking
• Marketing tool to demonstrate the comfort of your product
• Fully conforming sensor available (CONFORMat™) avoids hammocking or measurement of artifact

T-Scan

T-Scan is an objective assessment tool used to evaluate the occlusion of a patient. Unlike articulating paper, which can only determine location, T-Scan can identify both force and timing, two of the most fundamental parameters for measuring occlusion.

What is Dental Occlusion, and How do Dentists Measure it?

T-Scan™ Novus™ is dentistry's only clinically recognized and research validated digital occlusion analysis system.

T-Scan's state-of-the-art, innovative, digital technology helps clinicians to identify premature contacts, high forces, and interrelationship of occlusal surfaces. This important data cannot be captured by traditional, analog occlusal methods, like articulating paper.

Whether eliminating destructive forces on a new restoration, or performing an occlusal analysis and adjustment procedure, T-Scan helps you balance your patients’ occlusions and reduce costly repeat visits and remakes.

Rapid advancements in technology are shaping the face of digital dentistry. By incorporating another valuable piece of digital technology into your practice, clinicians will enhance patient education and provide a more confident, proactive approach to patient care.

Ultra-thin, in-shoe sensors capture timing & pressure information for foot function & gait analysis.

What is the F-Scan™?

The F-Scan In-Shoe system provides dynamic pressure, force and timing information for foot function and gait analysis. Information obtained from the F-Scan is used in real-world applications, like designing and testing orthotics, offloading diabetic feet and evaluating footwear and techniques in elite athletes.

Key F-Scan Application Groups Include:

• Athletic Footwear Testing
• Footwear Research & Design
• Uclerative Identification
• Post-Surgery Assessment
• Gait Analysis
• Return-to-Play Assessment
• Foot Function Analysis

Tekscan's ELF force measurement system matches the market's need for an inexpensive load and force measurement system with Tekscan's ability to deliver innovative load and force measurement solutions. The system consists of data acquisition hardware, software, and FlexiForce^® B201 sensors.

Features

• The system utilizes paper-thin (0.008”) FlexiForce B201 sensor technology.

• The plastic ELF handle contains data acquisition electronics with USB connection and patented interface to B201 sensors.

• Patented electronics allow you to optimize the performance of the ELF system over a selected force/load range. The electronics adjust the device sensitivity to best fit the dynamic range of the specific application. This allows you to "fine tune" FlexiForce sensors for optimal performance.

• Simple calibration procedures can deliver accuracies of ± 5%. More controlled procedures can reach an accuracy level of ± 3%.

HR Mat™ – With a higher spatial resolution sensor this mat provides more accurate profiling of anatomical locations on the plantar surface. The HR Mat is ideal for screening children, deformed feet or pressure offloading for neuropathic feet.

The ClassicMat products consist of Tekscan’s validated, low profile foot pressure measurement platforms that made Tekscan a world leader in mat systems. Combined with Tekscan’s innovative software, the mats can be used for a variety of applications such as foot function analysis, gait analysis, postural stability, sway analysis, fall risk assessments and pressure offloading for neuropathic feet.

• ClassicMat sensors have been validated with results published by leading researchers worldwide.

• Compatible with gait lab technology, such as EMG and motion capture, to help you get the full picture.

• Our thinnest mat platform offering, minimizes gait changes.

TireScan CrossDrive System

Fully integrated, multipurpose tire footprint pressure measurement system.

Multipurpose Tire Footprint Pressure Measurement

The TireScan™ CrossDrive system is a fully integrated solution capable of measuring large tire footprints at a high resolution. 250K sensing elements over a 508 mm x 508 mm (20 in. x 20 in.) area allows the system to measure footprints across a diverse tire portfolio (car to truck tires). The ruggedized housing is designed to handle harsh environments, allowing the system to collect footprint pressure data while the tire is experiencing shear forces from acceleration, deceleration, toe, and camber. The intuitive, application-specific graphing and image analysis software enables quantitative and qualitative analysis of the tire footprint.

Key Features:

• Dynamic recording and playback
• Graphing and data analysis capabilities
• Quick and easy generation of custom reports
• Durable & resuable sensors
• Thin & incompressible - dimensional stability is key for repeatable measurements
• Fast testing procedure. No ink, paper, or scanning

Key Applications Include:

• Tire footprint pressure pattern evaluation
• Analyze various tire compounds and tread designs
• Assess suspension and camber
• Sipe and tread block design and testing
• Tire mold adjustment
• Race vehicle "set-up"
• Manufacturing quality assurance
• Competitive benchmarking
• Road surface predictive wear studies

K-Scan System

Provides a better understanding of how the contact surfaces of articulating bones are functioning and loading for objective joint analysis.

What is the K-Scan™?

The K-Scan Joint Analysis System utilizes paper-thin sensors to provide accurate data for objective, quantified analysis of joint function. It measures pressure, force, and contact area between adjacent articulating bones to provide a better understanding of how they are functioning, articulating, and loading.

• The system measures pressure, force and contact area between adjacent articulating bones to provide a better understanding of how they are functioning, articulating, and loading
• Multiple sensor designs allow for various types of joint analysis, such as shoulder, wrist, knee, ankle, and more
• Scanning speed of up to 100 Hz

Ensuring uniform nip pressure across the entire surface area of those rolls is crucial to producing a reliably consistent product, maintaining productivity, minimizing machine down time, reducing waste, and more.

Obtain a uniform nip impression for roll setup, maintenance, consistency, and longevity

Taking routine nip impressions can help identify:

• Nip pressure and uniformity
• Roller alignment
• Proper machine setup
• Crowning (under- or over-crowning)
• Diameter variations
• Deflections
• Blanket & surface wear

MobileMat

An attractive, lightweight and durable pressure mat for static and dynamic assessments on the field, in the office or in the lab.

What is the MobileMat™?

The MobileMat™ is Tekscan's standard resolution portable pressure mat. Combined with Tekscan's innovative software, the mats can be used for a variety of applications to capture and evaluate static and dynamic foot function, profile anatomical landmarks, assess postural stability, and perform balance and sway analysis.

MobileMat Features

• Stylish, low profile mat - platform height at the sensing area is only 0.3 in. (0.76 cm)
• Portable and durable with virtually no set up time
• Quick and easy USB connection
• Simple and easy-to-use
• Scanning speed of up to 185 Hz, depending on resolution
• Provides objective and quantifiable pressure data
• Slim, convenient design with handle
• Collect data wherever and whenever you want in minutes

MobileMat Applications Include:

• Identify/reduce incidence of ulcers and/or pressure sores by observing what the neuropathic foot cannot feel
• Educate and teach rehabilitation exercises for the lower limb.
• Provide supporting documentation for fee-for-service approach and/or insurance claims
• Identify plantar pressure profile asymmetries between left and right feet
• Perform in-depth analysis of foot function by isolating sections of the foot such as the heel, mid-foot, and forefoot
• Review dynamic weight transfer and local pressure concentrations
• Aid in concussion assessment
• Monitor improvements in balance, strength and weight bearing

SB Mat

Durable, portable pressure mat for functional testing of sports performance.

What is the SB Mat™?

The SB Mat™ is Tekscan's wider, more durable pressure mat for sports performance assessments. Paired with our software, the mat allows you to gather quantitative data needed to make return-to-sport decisions, assess injury risk, and track progress over time.

SB Mat Features & Benefits

• Durable, thin, portable platform the size of two force plates
• Simple and easy to use
• Collect data anywhere at anytime in just a few minutes
• Scanning speed of up to 100 Hz
• Provides objective insights into bilateral asymmetries

The SB Mat is Used by Clinicians and Researchers to:

• Test athlete functions: squatting, hopping, take-off
• Evaluate balance and stability
• Identify inefficiencies due to asymmetries
• Capture baseline data to develop training programs
  
• Assess patient progress & treatment plans
• Provide visual feedback to athletes
• Demonstrate the effects of movement/training with real-time data
• Make informed decisions about return-to-sport and injury prevention

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 profiles, forces, and graphical displays for quantitative analysis of various haptic applications. Whether 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, the Grip system is an ideal tool for pressure and force measurement.

Wireless VersaTek Wireless Unit

Ideal for applications where the object being measured is in motion or involves a hazardous area or materials. Scanning electronics consist of a VersaTek handle, Wireless Unit, and a preconfigured wireless router. A sensor connects to the handle, and the handle connects to the Wireless Unit via CAT5E cable. The unit transmits data wirelessly to the routers network, which is connected to your PC for remote data collection (up to 100 m) Note: for configuration, the Wireless Unit connects to your PC via USB.

I-Scan™ is a powerful tool that accurately measures 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 sensors, and software add-ons, which make the I-Scan system extremely versatile, creating endless possibilities for applications.

Over 200 flexible, thin fi lm sensors are available in different sizes, shapes, resolutions, temperature ratings, and pressure ranges (up to 25,000 psi or 1,700 bar).

• High spatial resolution:
  – Up to 248 sensing elements/cm2
  (1,600 sensing elements/in2)
  – Sensing elements with as narrow as 0.1 mm (0.02 in.) spacing
• Sensing area ranging from 3 mm x 3 mm (.12 in. x .12 in.) up to 1,734 mm x 1,768 mm (68 in. x 69 in.)
• Optional high-temp sensors can withstand up to 200°C (392°F)
• Large high resolution sensors with multiple tabs require cross handle
  scanning. This requires VersaTek electronics, capable of having multiple handles coordinated in scanning the sensing area
• Fully customized sensors can be manufactured

Evolution™ Standard USB

Used for standard applications, this system is lightweight and versatile. The Evolution scanning electronics consist of a handle that connects to a sensor and to the USB port of a PC. Multiple handles may be used simultaneously. Indicators on the handle show system status and allow some control of data collection.

I-Scan™ is a powerful tool that accurately measures 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 sensors, and software add-ons, which make the I-Scan system extremely versatile, creating endless possibilities for applications.

Over 200 flexible, thin fi lm sensors are available in different sizes, shapes, resolutions, temperature ratings, and pressure ranges (up to 25,000 psi or 1,700 bar).

• High spatial resolution:
  – Up to 248 sensing elements/cm2
  (1,600 sensing elements/in2)
  – Sensing elements with as narrow as 0.1 mm (0.02 in.) spacing
• Sensing area ranging from 3 mm x 3 mm (.12 in. x .12 in.) up to 1,734 mm x 1,768 mm (68 in. x 69 in.)
• Optional high-temp sensors can withstand up to 200°C (392°F)
• Large high resolution sensors with multiple tabs require cross handle
  scanning. This requires VersaTek electronics, capable of having multiple handles coordinated in scanning the sensing area
• Fully customized sensors can be manufactured

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 interface pressure between two surfaces, utilizing a thin and flexible sensor. The system is comprised of data acquisition electronics, sensors, and software. Measuring both force and pressure, the exceptionally thin tactile sensor provides minimal interference between the objects being measured, allowing the true interface pressure data to be obtained. The interface pressure data collected offers vital information and insight to enhance product design, manufacturing, quality, and research.

Key Data

• Total force
• Pressure distribution
• Peak pressure
• Center of force
• Forces in different areas

Utilization

• Test & measurement
• Research & development
• Design validation
• Machine set-up
• Quality control

Wiper System

Evaluate wiper blade force profiles and interface pressure distribution.

Windshield Wiper Pressure Mapping

Utilizing a tactile pressure sensor, the Wiper™ System measures wiper blade to windshield interface force profiles under various testing conditions. The Wiper system measures the force distribution along the entire length of the blade at different positions on the windshield, providing important insights to improve design. It is used as a research and development tool to improve blade and wiper system performance under different conditions such as "lift-off."

Key Features:

• Map force distribution along wiper blade
• Access real time or recorded data
• Dynamic measurement for "lift-off" testing
• Collects and consolidates static measurements at different angles to capture full wiper cycle
• Graphic and analysis capabilities

The Wireless ELF 2 System is a user-friendly, cost-effective load measurement system. This system combines 3 FlexiForce^® WB201 sensors, battery-operated WiFi transmitter (certified 802.11b radio- 802.11b/g/n compatible), and Windows-compatible software*, turning your PC or laptop into a force measurement instrument. The WELF2 system, sampling rates up to 200 Hz and comes in a high speed version with sampling rates up to 6,000 Hz. The WiFi connection setup has ad hoc and access point (unsecured router) network capability. For multi-handle use an unsecured router is required.

*Compatible with Windows 2000, XP, Vista, and Windows 7

Wireless Force Measurement Features & Benefits:

• Real-time data capture
• Movie recording & saving
• ASCII output to data analysis software
• Multi-point calibration
• Simple and storable calibration
• Capability to tare a load
• Adjustable sensitivity
• Internal triggering
• Displays in strip chart, column graph, or digital readout
• Includes 3 AAA batteries. Battery life up to 5 hours
• Connector: Compatible with all FlexiForce 2/3 pin sensor models: WB201, A201, A301, and A401