DS7R Constant Current Research Stimulator

DS7R Constant Current Research Stimulator

£3,662.00 exc. VAT

Manufacturer's Net List Price

FEATURES

  • Designed for Human Research Use – NOT a medical device.
  • Pulse durations from 50µs to 2ms.
  • Up to 999mA constant current output from 400V.
  • Flexible TTL compatible trigger options or front panel push button.
  • Alternating Polarity control – a toggle switch allows the stimulator to operate in +ve, -ve or alternating polarities during stimulation.
SKU: DS7R Categories: , Tag:

Description

DESCRIPTION

Suitable as a general purpose electrical nerve or muscle stimulator for peripheral stimulation in human research studies, the DS7R provides up to 999mA constant current high voltage pulses of brief duration for trans-cutaneous stimulation during investigation of the electrical activity of nerve and muscle tissue. The DS7R is specifically recommended for human research applications where its high voltage, high current and flexible pulse duration capabilities permit stimulation of large muscle groups or deep nerves/nerve roots.

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DOWNLOADS

Product Information

DS7R Constant Current Research Stimulator
Product Information

DS7R Constant Current Research Stimulator
Operator’s Manual

DOWNLOAD BROCHURE

Digitimer-Life-Science-Brochure-1

PUBLICATIONS

J Qiu, T Jiang, MTY Ong, X He, CY Choi, ... , 2024 , Bilateral impairments of quadriceps neuromuscular function occur early after anterior cruciate ligament injury , Research in Sports …
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ME Elghobashy, AJ Richards, ... , 2024 , Carbohydrate Ingestion Increases Interstitial Glucose and Mitigates Neuromuscular Fatigue During Single-Leg Knee Extensions , … and Science in …
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AR Needle, JE Tinsley, JJ Cash, BK Koeval, ... , 2023 , The effects of neuromuscular electrical stimulation to the ankle pronators on neural excitability &functional status in patients with chronic ankle instability , Physical Therapy in …
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M Kalc, K Puš, A Paravlic, J Urbanc, ... , 2023 , Diagnostic accuracy of Tensiomyography parameters for monitoring peripheral neuromuscular fatigue , … of electromyography and …
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R Norbury, SA Smith, M Burnley, M Judge, ... , 2022 , The effect of elevated muscle pain on neuromuscular fatigue during exercise , European Journal of …
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M Davis, Y Wang, S Bao, JJ Buchanan, DL Wright, ... , 2022 , The interactions between primary somatosensory and motor cortex during human grasping behaviors , Neuroscience
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R Norbury, SA Smith, M Burnley, M Judge, ... , 2022 , The effect of hypertonic saline evoked muscle pain on neurophysiological changes and exercise performance in the contralateral limb , Experimental Brain …
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J Ridard, V Rozand, GY Millet, T Lapole , 2022 , On-field low-frequency fatigue measurement after repeated drop jumps , Frontiers in Physiology
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MA Urbin, CW Lafe, TW Simpson, GF Wittenberg, ... , 2021 , Electrical stimulation of the external ear acutely activates noradrenergic mechanisms in humans , Brain Stimulation
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T Besson, A Parent, CG Brownstein, ... , 2021 , Sex differences in neuromuscular fatigue and changes in cost of running after mountain trail races of various distances , Medicine &Science …
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L Espeit, V Rozand, GY Millet, ... , 2021 , Influence of wide-pulse neuromuscular electrical stimulation frequency and superimposed tendon vibration on occurrence and magnitude of extra torque , Journal of Applied …
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S Sangari, S Kirshblum, JD Guest, ... , 2021 , Distinct patterns of spasticity and corticospinal connectivity following complete spinal cord injury , The Journal of …
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CG Brownstein, L Espeit, N Royer, ... , 2021 , Reductions in motoneuron excitability during sustained isometric contractions are dependent on stimulus and contraction intensity , Journal of …
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MA Urbin, JL Collinger, ... , 2021 , Corticospinal recruitment of spinal motor neurons in human stroke survivors , The Journal of …
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J Temesi, T Besson, A Parent, B Singh, ... , 2021 , Effect of race distance on performance fatigability in male trail and ultra‐trail runners , … journal of medicine …
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ACCESSORIES

Supplied

  • Mains (Power) lead
  • Operator’s Manual

Recommended

  • D185-HB4 Output Extension Cable
  • D185-OC1 Output Connection Plugs
  • DG2A Train/Delay Generator
  • DS7A-HS1 Hand-switch for remote triggering
  • Electrodes & Accessories

FAQs

How does the DS7R differ from the DS7A and DS7AH?
The DS7R has the same maximum current output as the DS7AH, but the more flexible pulse duration settings of the DS7A (50µs to 2ms), making it more versatile than the DS7AH. However, because the maximum energy that the stimulator can deliver is in excess of 50mJ, which exceeds the EN60601-2-40 standard for evoked potential stimulators, we are not able to give the DS7R a medical CE mark against that standard. Instead, the DS7R is offered for human research applications, where more flexible pulse parameter settings may be required.
I need to use a medically approved stimulator, so is it possible to supply a DS7AH with the pulse restriction removed?
No, in order for the DS7AH to be granted medical device status, it is necessary for us to restrict the pulse energy to a maximum of 50mJ. If you require stimulation pulses in excess of 100mA with durations of >200µs, the DS7R and DS8R are the only devices we can offer, but while safe for human research use, they are not medical devices.
Is it possible to control the stimulus parameters of the DS7R remotely e.g. from a computer?
No, the DS7R does not have this capability, but our newer DS8R stimulator does offer external control via Windows PC software, an embedded API or an analogue voltage input (to define pulse amplitude).

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