MOBILITY LAB makes it easy to collect,
analyze, and store data. Attach sensors
to your subject, and instruct them to
perform a standardized test.
A report is then automatically generated to compare against normative values. This process takes less than five minutes.
APDM wearable sensors are ideal for quantifying human movement for movement disorder research and general wellness use involving mobility. The Mobility Lab system is used worldwide for gait and balance analysis in hundreds of settings.
3DMA suite is a family of products for biomechanical analysis based on optical motion capture. They all share a unique motion capture engine and biomechanics module, but each of the packages has been tailored to specific applications. Whether you are interested in gait analysis, running analysis or a certain joint assessment, there is a 3DMA product that will suit your needs.
What is a 3DMA protocol made up of?
The ease of use is one of the main goals of all 3DMA products. However, this should not be at odds with providing rich and meaningful data… So how is this balance achieved? In 3DMA, each analysis protocol is made up of 6 components that help conduct the analysis very efficiently. These components are: the predefined markersets, the auto-labelling algorithm, a 3D scene definition with visual elements, a dashboard with real-time calculations, a graphs module and an automated report generator with templates.
MOVEO EXPLORER break outside of the lab to explore full-body kinematics. Through automated kinematic analysis, Moveo Explorer acts as a portable motion capture lab. Moveo Explorer makes it easy to collect, analyze, and store kinematic data. Attach sensors to your subject, and instruct them to perform a standardized task. A report is then automatically generated featuring joint angles, spatiotemporal gait and balance metrics, and raw data. (www.apdm.com)
OptiTrack for Biomechanics
OptiTrack offers a blend of performance and usability that produces high-precision,biomechanically-relevant motion capture data via workflows that are unprecedented in their simplicity.
Native support for force plates, EMGs, and analog signal display and acquisition enables ready access to analysis in Visual3D, The MotionMonitor, MATLAB, or other third party biomechanics packages.
OptiTrack systems typically produce less than 0.2 mm of measurement error, even across large tracking areas—even of those 10,000 sq ft or more. In smaller measurement areas, OptiTrack systems regularly produce errors of 0.1 mm or less.
Each part of every OptiTrack system has been designed with measurement accuracy as the principal goal. And now, with OptiTrack’s self calibrating systems, these levels of accuracy are maintained throughout the day, every day, just through the use of the system. (www.naturalpoint.com)
The motion group
Meet STT’s solution for inertial motion
capture. The package includes all
necessary hardware and software
items to perform your analyses swiftly.
iSen offers an entire toolset for biomechanical analysis, biofeedback and reporting.
iSen can also acquire and synchronize data from different devices, and offers a range of utilities for signal processing, event detection, reporting and more. A full biomechanics lab the size of a backpack!
The communication between sensors and router is always wireless. On the other hand, the communication between laptop and router can be either wireless (A) or via Ethernet connection (B). (www.stt-systems.com)
OPTITRACK Motion Capture Systems
The largest provider of optical motion capture technology, offering tracking for applications ranging from film and games to sports training and biomechanics.
Specialize in providing control solutions using optical tracking technology.
RSscan International welcomes you and invites you to explore the interesting world of plantar pressure and analysing. Many exciting applications are possible, such as in biomechanical research labs, clinics, sports and leisure footwear shops, industrial and many more applications.
RSscan International is dedicated to deliver state-of-the-art solutions for all these fields and has a proven track record, backed by top notch specifications, patented technology, thousands of footscan® product users worldwide, published PhD studies, research papers, magazine articles and books on biomechanics.
RSscan International provides professional yet affordable solutions for accurate dynamic pressure measurements for biomechanical research labs, clinics, sports and leisure footwear shops and many more applications.
An international leader in force measurement technology for biomechanics, Bertec Corporation began offering multi-component load transducers in 1987. We specialize in gait analysis equipment, balance assessment and training, ergonomics, athletic performance, and industrial applications for specialized load cells/transducers.
Bertec’s Fully Instrumented Treadmills, Force Plates, Balance Plates, Force Bar with integrated software capture and deliver precise data.
Bertec’s Biametric products provide a clear, functional interpretation of physical performance data so coaches and trainers can tailor training for peak athletic performance.
The Biametrics Force Bar measures forces exerted by the arms or hands and has wide application for many sports including ski jumping, baseball, tennis, golf, and gymnastics.
The Biametrics Treadmill is fully-instrumented to precisely measured all force and moment components involved in locomotion.
Researchers and clinicians in gait labs all over the world have trusted Bertec to provide accurate force measuring equipment and software. (www.bertec.com)
Biometrics Ltd range of Data Acquisition Systems collect both analogue and digital data from a wide range of sensors and are available in laboratory and portable configurations. Precision instrumentation and sensors for Data Acquisition of movement analysis and state-of-the-art Surface EMG. Instrumentation may be connected to the computer via a wireless Bluetooth adapter or USB lead.
DataLITE is a range of professional wearable tech systems allowing the user to collect physiological data from a wide variety of sensors while the subject is free to move in almost any environment. Total Freedom of Movement, New DataLITE sensors are completely wireless allowing total freedom of movement. Precise measurements include real-time joint angular movement, EMG analysis and many other associated physiological measurements. It provides a selection of three interfaces. Each is capable of recording up to 24 analogue and 12 digital channels of data. If more is required, two or more interfaces can operate in the same environment.
DataLITE EXPLORE is a wearable device that provides multi-channel recordings of EMG, dynamic joint movement, acceleration and other physiological parameters from a range of wireless sensors. This provides data capture & analysis both within and outside the boundaries of normal testing environments.
DataLITE ADVANCE is a desktop unit incorporating all the same features of PIONEER with the addition of analogue outputs for each channel of wireless data. This standard analogue output is easy to interface to and provides the user with a very simple, accurate and robust way of sending data to 3rd party systems.
DataLITE PIONEER is the basic interface utilizing a dongle wireless transceiver to communicate between DataLITE sensors and the computer. Data is displayed and recorded directly to the PC or streamed to third party software. Data can be analysed in the Biometrics Analysis Software or exported for analysis in other software.
The DataLOG (MWX8) is developed to meet the needs of researchers for portable data collection and monitoring in human performance, sports science, medical research, industrial ergonomics, gait laboratories, and educational settings.
DataLOG can be worn on the arm or leg in addition to the traditional belt/waist placement and incorporates a color graphics LCD, joystick, micro SD card interface, and a real-time Bluetooth® wireless technology link to a PC.
DataLINK (DLK900) is a general purpose programmable data acquisition allowing the user to collect data from a wide range of both analogue and digital sensors. Individual channels can be programmed from within the management software including settings for gain, sampling frequency, off-set and sensor power supply.
The Amplifier (K800) provides a user-friendly method of connecting both Biometrics Ltd sensors and 3rd party sensors to your own data acquisition system, video motion capture system, or other instrumentation. Although the K800 functions as a general DC amplifier, the hardware is primarily digital circuity, giving a design with the greatest accuracy, negligible drift, and greatest immunity to noise. Multiple Amplifiers may simultaneously be used to collect as many channels as required.(www.biometricsltd.com)