Biometrics Data Acquisition Research products

DataLITE PIONEER offers a simple, low-cost solution for advanced analysis of EMG activity and other physiological parameters. 

DataLITE ADVANCE Output Unit has the same wireless capabilities as DataLITE PIONEER, with the additional feature of three multi-channel output ports that enables data synchronization with third-party instrumentation. 

DataLITE EXPLORE is a portable recorder that provides multi-channel recordings of EMG, dynamic joint movement, acceleration and other physiological parameters from a range of wireless sensors.

DataLITE wireless Electrogoniometers and Torsiometers are extremely  robust, lightweight, flexible and can be comfortably worn undetected under  clothing without hindering the actual movement of the joint. Wireless Twin-axis Electrogoniometers are ideal for quick, simple, and  accurate measurement of joint movements in multiple planes. Single-axis  Torsiometers are designed for measurement of rotations in one plane.

Wireless Surface EMG Sensors and Amplifiers provide superb quality of signal and ease of use.  Small, lightweight and compact, the user has control over the bandwidth of the sensor from 10Hz to  250Hz through to 10Hz to 5000Hz, variable gain settings giving full scale peak to peak  measurements ranging from +/- 60 microvolts to +/- 6 millivolts and user selectable sampling  frequencies of 500Hz, 1000Hz or 2000Hz.

The Accelerometer is a precision 3-axis wireless sensor to measure both dynamic acceleration (i.e.  vibration) and static acceleration (i.e. gravity). With a range of ± 16G (± 156.91 m/s2), the sensor  transmits data directly to the computer where it can be easily synchronized with angular data, EMG or  other physiological measurements. 

The Hand Held Trigger Switch provides a very accurate method of synchronizing DataLITE with other systems,  such as the Biometrics Ltd DataLOG, or 3rd party camera-based motion analysis systems. Data collected using DataLITE can be very accurately synchronized with another data capture system by using  the Trigger Switch. This provides timing signals that can be used to correct for small variations in start times  and internal clocks between the different units used. 

The Biometrics Dynamometer utilizes  precision load cell technology to  increase the sensitivity and accuracy  of measurement of even very low grip  strength forces. By using the industry  standard design, researchers can  compare with standardized normative  data. 

The DataLITE Adaptor is inserted into the following devices that enables connectivity to an interface:  Dynamometer, MyoMeter, Pinchmeter, ForcePlates and Load Cells. The various load/strength data  collected may be synchronized real-time with other DataLITE sensors as part of a complete  DataLITE system. Interfacing is effortless as all the precision calibration data is pre-programmed within the  microprocessor-controlled units.