miniDTS

Right size, right price, without sacrificing integrity.

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Small on Size, BIG on Power

The miniDTS was created as a direct result of a multitude of requests from the research community. They wanted something that was small, lightweight, powerful and with just as much fidelity as the big systems. The problem was their budget. Sometimes a research project or small teaching lab only needs 4 channels of EMG or just 2 accelerometers. The miniDTS is the solution to this conundrum as it offers all of these features at almost half the price of traditional research grade EMG systems.

The miniDTS utilizes the same high fidelity sensors as the bigger research systems, and we have made it easy and cost-effective to upgrade to a larger system in the future. This means you can accomplish your research goals today and have a clear path to future projects that require systems that can handle up to 32 channels. Both systems use the same EMG and other biomechanical sensors, which means that you only have to upgrade your receiver as your needs change.

Applications

Symmetry & Coordination Tests

Symmetry & Coordination Tests

These various tests allow for the comparison of affected and unaffected sides. Display the EMG and histogram statistics for unilateral, bilateral, multi joint and symmetrical movements. Evaluate the neuromuscular coordination and compare innervation deficiencies between right and left sides.

Average Activation Patterns

Average Activation Patterns

Assess repeated movement sequences and exercises while creating averaged and time normalized EMG patterns. Analyze the typical innervation structure of movements.

EMG Standard Analysis

EMG Standard Analysis

The DTS systems use a universal protocol for all kinds of EMG setups. View basic amplitude parameters in selected analysis periods. Use standard graphs and histograms designed for general analysis questions.

Feedback Training

Feedback Training

Use the bar graph display of signals to provide precise training of dysfunctional muscle groups with both acoustic and optical automatic training assistance.

Gait Analysis

Gait Analysis

The protocol for this analysis was designed for unilateral and bilateral investigation of EMG gait patterns in functional walking and running activities. View typical activity characteristics and coordination of muscle groups during walking/running while analyzing left/right, pre/post test comparisons.

Template Training

Template Training

Use background templates for biofeedback training. Create EMG/angle/force templates using the healthy side. Use biofeedback and motor learning concepts to confirm the accuracy of performance.

Specifications

WirelessYES
Sample Rate1500, 3000
Resolution16 bits
Channels4
Gain500
CMRR> 100dB
Input Impedance> 100Mohm
Baseline Noise< 1uVRMS
EMG Sensor Size3.4cm (L) x 2.4cm (W) x 1.4cm (H)
Receiver Size7.66cm (L) x 10.18cm (W) x 3.55 (H)

Seamlessly integrated into myoRESEARCH®

The ultimate biomechanics analysis software platform

Learn More About myoRESEARCH

Noraxon EMG software module: myoMUSCLETM

Spend less time processing your data and more time focused on solutions by reliably accessing powerful data analysis and biofeedback tools.

Sensors

2D Inclinometer Inline

2D Inclinometer Inline

Measures range of motion in 1D or 2D. Can be used for the spine and extremities or mounted on training machines.

Accelerometer Inline

Accelerometer Inline

Scaling available in:
– 2G/6G
– 16G
Measures acceleration forces and vibration in 3 dimensions (measured in G’s)

Footswitch Insoles Inline

Footswitch Insoles Inline

Set comes with 2 insoles for bilateral gait analysis. Provides up to 4 quadrants per foot.

Footswitch FSRs Inline

Footswitch FSRs Inline

Comes with a set of 4 small footswitch sensors per foot, per side. Capable of marking heel strike and toe-off events during gait with adjustable sensitivity.

Flexiforce Local Pressure Inline

Flexiforce Local Pressure Inline

Very thin and flexible sensor construction allow for the measurement of pressure force between body and external surfaces, tools or machines.

Scientific Dynamometer Inline

Scientific Dynamometer Inline

Scientific sensor used to measure handgrip force. 5 grip positions from 13/8 to 33/8″ (35-87 mm).

Electrical Goniometer Inline

Electrical Goniometer Inline

Available in 4 sizes:
– 65mm
– 75mm
– 110mm
– 150mm
Measures angular displacement in one or two dimensions

Mechanical Goniometer Inline

Mechanical Goniometer Inline

Measures angular displacementin 1 axis. Gliding mechanism and flexible arms compensates for axis motion and uneven surfaces.

BioMonitor Wireless

BioMonitor Wireless

Cardiorespiratory sensor that simultaneously measure 6 channels of data:
– Respiration
– ECG
– Respiratory Rate
– Heart Rate
– R/R Interval
– Temperature

Force Sensor

Force Sensor

Available in two sizes/ranges:
– 100 lbs.
– 500 lbs.
Measures the static force on cables and training equipment.