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Voltage Stimulators

 iWorx RA-834 versatile RecorderIX-TA-220 RecorderHigh Current Stimulator
 IX-RA-834IX-TA-220IX-408/416HCS-100
Number of Channels2214
Max Voltage+/- 15V+/- 15V+/- 10V+ 50V
Max Current35mA35mA10mA500 mA total

Protocols controlled by LabScribe

PulseYesYesYes
TrainYesYesYes
StepYesYesYes
RampYesYesYes
TriangleYesYesNo
SquareYesYesNo
SinewaveYesYesNo
CustomYesYesNo
S1-S2-S3YesYesNo
Burst PacingYesYesNo
DifferentialYesYesNo

Constant Current Stimulators

 iWorx RA-834 versatile RecorderIX-TA-220 RecorderHigh Voltage Stimulator
 IX-RA-834IX-TA-220SI-200
Number of Channels111
Max Voltage100V100V100V
Max Current1mA20mA20 mA

Protocols controlled by LabScribe

PulseYesYes
TrainYesYes
S1-S2-S3YesYes
Burst PacingYesYes

HCS-100 and SI-200 stimulators get their timing from other lower voltage stimulators, such as the  IX-4xx or IX-RA-834 or IX-TA-220.

Built-In Stimulator in iWorx Recorders

LabScribe supports various pacing and stimulation protocols with a built-in stimulator interface which allows delivery of a single, continuous, or train of pulses. Pulse durations, frequencies and amplitudes can be changed as the protocol is being delivered. 

Various protocols are available such as

  • Pulse
  • Train,
  • Step, 
  • S1-S2-S3,
  • Sine wave,
  • Square wave,
  • Constant
  • Custom Time-Voltage
  • Burst 

The low voltage stimulator also has the capability to output any analog recorded channel, this allows the playback of heart sounds or outputting biopotential signals which can be used for making decisions, such as controlling an Arduino arm. 

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Choose the parameters you want to Measure

ECG/EKG
EMG : Number of Channels
Invasive BP : Number of Channels
Non-Invasive BP : Number of Channels
Flow : Number of Channels
Temperature: Number of Channels
Force: Number of Channels
Stimulation: Describe the type

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