Texon Corporation

The unique system for sport, rehabilitation, and research enables quick and precise evaluation of power, strength, balance, and stability. Reliable meas-urement data is essential when it comes to making objective decisions regarding individual training and rehab planning.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 15 days

Introsucing a new Physical Activity Monitor (gait analysis, activities of daily living & energy expenditure)  that is critical for portable gait analysis, rehab, functional analysis, effect of treatment, and behavior analysis.

The revolutionary a portable gait lab is small enough to fit in the palm of your hand. Wearable by the patient, the entire activities of daily living (ADL), functions and quality of life can be studied in great details and unprecedented accuracy!

Using our systems, portable gait analysis can be done in virtually any environment. Data can be recorded under natural work or living conditions, allowing for objective, quantitative and accurate evaluations.

Supported by multiple grants from National Institute (NIH) of Health, the LifeGait System is the result of 15 years dedicated R&D, in conjunctions with numerous clinicians. According to the NIH reviewer, "a tremendous amount of (physical activity) information can be obtained with a minimally invasive device using extremely sophisticated technology."

This is super helpful to see postural faults for PT patients and Pilates clients. We are using it as a teaching tool for identifying postural deviations in our ...

Additional Information:

• Production Capacity: 1000

We Texon Corporation leading instrumentation company specializing in advanced solutions for gait analysis laboratories. We offer a comprehensive range of high-precision instruments designed for both educational and research purposes. Our turnkey lab setups deliver accurate performance even in dynamic conditions, ensuring reliable data for cutting-edge biomechanics studies.

Vicon Motion Capture Technology

Vicon is a global leader in motion capture (mocap) systems, known for delivering industry-leading accuracy, reliability, and versatility in motion tracking. Whether in biomechanics, sports science, film, gaming, robotics, or virtual reality, Vicon’s solutions empower professionals to capture human and object motion with unparalleled detail.

Vicon specializes in high-performance optical motion capture technology. Using a network of high-speed cameras, reflective markers, and sophisticated software, Vicon systems track and record movement with sub-millimeter precision in real time. These capabilities make Vicon a top choice for researchers, animators, and engineers across the globe.Key Products & Technologies1. Vicon Cameras

• Vero, Vantage, and Valkyrie Series: These cameras vary in resolution, speed, and field-of-view, enabling users to tailor setups for everything from biomechanics labs to large-scale motion picture production.

• High-Fidelity Capture: Up to 26-megapixel resolution and high frame rates ensure precise tracking of fast, complex movements.

2. Software Solutions

• Nexus: Designed for life sciences and biomechanics research, Nexus offers robust data processing and analysis tools.

• Shōgun: Built for the entertainment industry, Shōgun supports real-time tracking and seamless integration with animation pipelines.

• Tracker: For engineering and virtual reality, Tracker provides accurate real-time rigid body tracking for robotics and simulation.

Additional Information:

• Item Code: vicon
• Production Capacity: 100

This is  2D motion analysis system designed to assess human movement with precision using video-based technology. It is widely used in physiotherapy, sports science, rehabilitation, and education for evaluating posture, gait, and joint mobility in a clinical or research setting.

The system captures movement in the sagittal plane and provides accurate kinematic measurements such as joint angles, stride length, and range of motion. With user-friendly software and real-time visual feedback, STT 2DMA enables professionals to analyze movement patterns and track patient progress over time.

These systems use standard or depth-sensing video cameras to analyze human movement 

Just Jump offers multiple test modes for testing not only vertical jump height to an accuracy of 1/10th of an inch, but other performance factors. Simply stand on the mat with your feet together and jump, and the system calculates your vertical jump height by measuring the time that your feet are not in contact with the mat. The hand-held, battery-operated  unit displays maximum height attained and "hang time" for one jump. It also calculates average height plus ground time for four jumps, computes explosive leg power, and can compute foot quickness (shuttle runs and dashes). Records up to 60 jumps.The Just Jump vertical jump tester consists of a square jumping pad (28") and a hand-held, battery-powered computer unit. Hand-held, computerized digital display. Operates on a single 9-volt battery so it can be used anywhere. Records up to 60 jumps, and calculates average height, contact times, and leg power for the first and last 15 jumps. 

Additional Information:

• Production Capacity: 100

Delsys EMG systems are advanced tools designed for the precise measurement and analysis of muscle activity through electromyography (EMG). Widely used in biomechanics, rehabilitation, sports science, and neurophysiology, Delsys EMG systems capture electrical signals generated by muscle fibers during contraction. Known for their high signal quality, portability, and robust wireless capabilities, Delsys devices allow for real-time monitoring of muscular function in both clinical and research environments

The TCi-System is a wireless timing device that enables athletes and coaches to measure time, speed, input test data and save it all in the TCi-Timer memory. The TCi-System can send radio transmissions up to 800 feet and is accurate to the thousandth of a second, making it a highly precise timing tool. It is also equipped with five different radio frequencies  allowing multiple Brower systems to be used in the same area. With Brower Timing's dedication to portability, all components of the TCi-System have been designed to fit neatly into a small lumbar pack. Made in the USA. Two year limited warranty. Batteries included. Redundant Transmissions - The RL system sends each start and finish up to 12 times. This insures that times never are missed. Wireless Sync - The RL system does not need any cable to synchronize the system. The system synchronizes with the press of a button. Signal Strength Analysis - The RL Timer can display the radio signal strength of each start and finish. Multiple Channels - 32 independent channels allow multiple systems to be used in close proximity without interference from other XS systems and radio devices

Additional Information:

• Production Capacity: 10

The Functional Movement Screen (FMS) is a screening tool used to evaluate seven fundamental movement patterns in individuals with no current pain complaint or musculoskeletal injury. The FMS is not intended to diagnose orthopedic problems but rather to demonstrate opportunities for improved movement in individuals. The screen is designed to place an individual in extreme positions where movement deficits become noticeable if appropriate stability and mobility are not used. Even though individuals are performing an activity or sport at a high level, it has been observed that many of these same individuals are limited in fundamental movement. This leads to the use of compensatory movements in order to achieve or maintain the level of performance needed for the activity. The inefficient use of compensation during movement will lead to poor biomechanics that limit gains in performance and reduces the body’s ability to remain adaptable and durable against the risks of being involved in the activity or sport

Additional Information:

• Item Code: FMSTestKit
• Production Capacity: 15 Days
• Delivery Time: 15
• Packaging Details: Box

An Innoviative wireless systems of fully stasify timing requierments connected to new the training methods.