DataLITE Wireless Sensors & Systems

Use the latest generation of biofeedback wireless sensors and equipment to record joint movement analysis, EMG and force data real-time. Quick and easy to set-up, the DataLITE wireless sensors provide superb quality of signal and gives the test subject total freedom of movement.

DataLITE wireless sensors require the DataLITE Dongle (receiver) as the interface to the computer.

All Biometrics Ltd DataLITE products carry a two year warranty.

DataLITE Wireless Systems

Biometrics Ltd systems are used around the world in various settings that include biomechanics, sports and exercise science, medicine, physiotherapy, neurology, veterinary science, aerospace and industrial design - resulting in published research spanning more than 20 years.

DataLITE systems range from a single goniometer or EMG sensor to comprehensive systems of multiple sensor types which can be configured to suit end user requirements.

More Systems Available

Wireless Goniometers

Using the exact technology as our world standard wired electrogoniometers for dynamic joint movement measurement - the new Biometrics Ltd wireless twin axis goniometers incorporate a wireless transmitter to send data directly to the computer for display, analysis, and saving or transferring to custom applications in real-time.

Wireless Torsiometers

Biometrics Ltd 'Z' series single axis Torsiometers are designed for measurement of rotations in one plane e.g. forearm pronation/supination or neck axial rotation. If the Torsiometer is bent in planes X-X or Y-Y the output remains constant. All Torsiometers function in the same way, the difference being physical size.

Wireless Surface EMG

The DataLITE wireless surface EMG sensor gives superb quality of signal and ease of use. With a bandwidth of 5-495 Hz and a built in 1000 gain amplifier and wireless transmitter, surface EMG signals are collected and sent to the Biometrics software for analysis. EMG data can be synchronized real-time with other sensors as part of a complete DataLITE system.

Wireless Accelerometer

The DataLITE wireless Accelerometer will measure both dynamic acceleration (i.e. vibration) and static acceleration (i.e. gravity).

Wireless Adaptor

The DataLITE Adaptor is used with the DataLITE Dongle to readily interface the following devices: 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.

The Biometrics Dynamometer utilises precision load cell technology to increase the sensitivity and accuracy of measurement of even very low grip strength forces. By using the industry standard Jamar design, exterior researchers can compare with standardized normative data. The Biometrics Ltd Dynamometer can also be connected to various 3rd party interfaces.

Dynamometer G200
DimensionsStandard Jamar configuration, calibrated and designed to work in compression only
Mass630g
AccuracyBetter than 1% Rated Load
Rated Load0 to 90Kg, or 0 to 200lb

The unique electronic pinchmeter has a low profile design that enables the researcher to accurately quantify pinch strength at closer to end range than any other device. The Biometrics Ltd Pinchmeter can also be connected to various 3rd party interfaces.

Pinchmeter P200
DimensionsDiameter 45 x 6mm
Mass65g
AccuracyBetter than 0.6% Rated Load
Rated Load0 to 22.5Kg, or 0 to 50lb

The MyoMeter allows the user to quantify the force applied during Manual Muscle Testing. Manual Muscle Testing is a procedure for the evaluation of the function and strength of individual muscles and muscle groups based on effective performance of a movement in relation to the forces of gravity and manual resistance.

The M550 MyoMeter is held by the examiner with the curved anvil placed against the body part to be tested. The limb is stabilized and held in the desired starting position. The patient is instructed to hold the limb in position and resist the force applied by the examiner. The examiner applies force gradually until the limb is depressed. The force required to move the limb is referred to as the 'breaking force'.

By connecting the M550 MyoMeter to the DataLITE and using the management and analysis software, force may be displayed and analyzed in units of Newtons, Kg or lb.

The M550 MyoMeter is supplied with two general purpose anvils (1 x small, 1 x large).

MyoMeter M550
Dimensions115 x 65 x 32 mm
Mass250g
AccuracyBetter than 1% Rated Load
Rated Load0 to 50Kg (calibrated and designed to work in compression only)
Anvils1 small, 1 large

The Biometrics Ltd range of ForcePlates are focused to the needs of the researcher providing high precision, versatility and ease of use.

ForcePlates FP3, FP4
 FP3FP4
Dimensions200 x 125 x 14 mm250 x 125 x 22 mm
Mass790g1560g
Rated Load (RL)0 to 100Kg0 to 250Kg
Safe Overload150% of RL (without change of parameters)
Accuracy± 0.5%
Max. Supply Voltage (Vs)10.0 Vdc
Sensitivity15.0 mV/ RL at 10.0 Vs

Biometrics' precision load cells provide a complete, ready to go solution for measurements of load or force.

The load cells are focused to the needs of the researcher, with high precision and ease of use in mind. Designed for general research applications including the fields of medicine, industrial ergonomics and sports science, the load cells make an ideal research and teaching tool when combined with the versatility of the Biometrics' DataLITE data acquisition systems.

In-Line Load Cell

In-Line Load Cell

CapacityABCD
0 to 0.5, 1, 2.5, 5 KN32.050.0M1215.0
Standard Ranges0 to 0.5, 1, 2.5, 5 KN
Safe Overload50% of full scale with no loss in calibration
Mass120g
Excitation Voltage15.0 Vdc maximum
Sensitivity2.00 mV / V
AccuracyBetter than 0.25% full scale
Thermal Sensitivity0.0005% full range output / °C
Input Impedance350 ohms
Output Impedance350 ohms
Temperature RangeOperating: -10°C to +50°C
Storage: -10°C to +50°C
Humidity RangeOperating: 30% to 75%
Storage: 10% to 100%
Atmospheric Pressure RangeOperating: 500 hPA to 1060 hPA
Storage: 500 hPA to 1060 hPA
S-Beam Load Cell

S-Beam Load Cell

CapacityABCD
0 to 0.5, 1, 2.5, 5 KN70.025.075.0M12
Standard Ranges0 to 0.5, 1, 2.5, 5 KN
Safe Overload50% of full scale with no loss in calibration
Mass0 to 0.5, 1, 2.5, 5 KN - 0.35 Kg
Excitation Voltage15.0 Vdc maximum
Sensitivity2.00 mV / V
AccuracyBetter than 0.25% full scale
Thermal Sensitivity0.0005% full range output / °C
Input Impedance350 ohms
Output Impedance350 ohms
Temperature RangeOperating: -10°C to +40°C
Storage: -10°C to +50°C
Humidity RangeOperating: 30% to 75%
Storage: 10% to 100%
Atmospheric Pressure RangeOperating: 500 hPA to 1060 hPA
Storage: 500 hPA to 1060 hPA

Wireless Contact Switches

Digital inputs for gait analysis or other projects requiring collection on contact on/off data. The FS2 Contact Switches simply plug into a DataLITE wireless Goniometer. For example, mounting the goniometer on the ankle, and attaching the contact switches on the foot, it allows the researcher coordinate the gait parameters (heel strike, full foot, heel off, toe off) with the dynamic movement of the ankle joint and perhaps EMG data.