A nerve stimulator is an important medical device which you can use to send mild electric signals to nerves in the body of a patient. This electric signal can help you to treat certain medical conditions, and help to know how the nerves of a patient are working.
This nerve locator is placed near the nerves that need to be treated, either temporary or permanent. By activating the nerve stimulator machine, it will send small electric pulses which will interrupt or block the pain signal from reaching the brain.
Nerve stimulator device benefits you to make your patient relief from conditions like chronic pain, tremors or other nerve related issues. It can improve a patient's range of motion and body circulation.
Output Range and Precision: Precision is always important for patient safety and effective conduction of a procedure, especially if the area being stimulated is sensitive. So, keep in mind for the wide current range with fine-tuning capabilities of nerve stimulator machine before buying.
A nerve stimulator machine is a small device which gives a gentle electric shock to specific nerves in the patient body. These are small shocks which do not hurt, but it helps to reduce certain pain caused by some medical problems.
The electrical impulses can reduce the pain signals going to the spinal cord and brain, which may help in relieving pain and relaxes muscles. They may also stimulate the production of endorphins, which are the body's natural painkillers.
1. Pain Relief - Nerve stimulator machine can help to reduce chronic pain in various parts of the body, Such as back pain, leg pain or arm pain. Electric signals interrupt the pain signals from reaching the brain, providing relief.
2. Seizure Control – Vagus nerve seizure devices can help control seizures by sending electrical impulses to the brain to regulate irregular brain activity.
3. Bladder Control – It can help with bladder control by sending electrical impulses to nerves that control the bladder and pelvic floor and reduce symptoms of overactive bladder.
4. Depression Treatment - Vagus nerve stimulation (VNS) is a treatment for depression that uses an implantable device to stimulate the vagus nerve in the neck.
5. Muscle Rehabilitation – Functional electrical nerve locator helps people with paralysis or muscle weakness.
6. Movement disorder treatment – Nerve stimulators can treat movement disorders by disrupting abnormal brain activity patterns that cause tremors and other symptoms
7. Diabetic Neuropathy - nerve stimulator device helps relieve in pain and other symptoms associated with diabetic nerve damage in the legs and feet.
We have categorized our nerve stimulator machine price based on brands. Below, you will find a detailed price list:
Price List of Best Nerve stimulator Brands | Price Range |
Omron Nerve Stimulator | ₹2,500 to ₹3,500 |
B Braun Nerve Stimulator | ₹1,25,000 to ₹1,35,000 |
RNB Nerve Stimulator | ₹20,000 to ₹25,000 |
Medilogix Nerve Stimulator | ₹30,000 to ₹60,000 |
*Please note that nerve stimulator price are subject to change and may vary based on additional features and specifications.
Brands | Top-Selling Nerve Stimulator | Price |
B Braun | B Braun HNS 12 Peripheral Nerve Stimulator with Mapper | Up to ₹1,40,000 |
| B Braun Stimuplex HNS 12 Nerve Stimulator | Up to ₹1,30,000 |
RNB | RNB Medical Innovations NLM-B Peripheral Nerve Stimulator | Up to ₹30,000 |
Medilogix | Medilogix Senstim MNS 01 Peripheral Nerve Stimulator | Up to ₹40,000 |
| Medilogix Handheld Senstim Map | Up to ₹60,000 |
Omron | Omron HV F013 TENS Machine Electronic Nerve Stimulator | Up to ₹3,500 |
Vygon | Vygon Plexygon Peripheral Nerve Stimulator | Up to ₹1,10,000 |
Inmed | Inmed NM20 Nerve Mapper | Up to ₹60,000 |
More Precise Regional Anesthesia: Nerve locators are important in the procedure of regional anesthesia because it accurately identifies nerves. It gives minor electric currents that allow the anesthesiologist to detect the precise position of nerves.
Improved Patients Safety: By allowing for more precise nerve location, nerve stimulators help minimize the risk of accidental intravascular injections or nerve damage.
Reduced use of anesthetic: With more accurate nerve blocks, less systemic anesthesia may be required. This can lead to faster recovery times, fewer side effects, and improved post-operative experiences for patients.
Versatility: Nerve stimulators also have significant importance in other fields of medicine aside from anaesthesiology, i.e. it is used in Pain management, Neurology, Physical therapy and rehabilitation.
Assist in Neuromuscular Monitoring: Apart from the location of nerves, most of modern nerve stimulators can be used for NMT monitoring. This is very important intra-operatively for assessing the degree of muscle relaxation.
Cost-Effective Pain Management: By enabling more efficient and effective regional anesthesia, nerve stimulators can contribute to cost savings in pain management.
Improved Patient Satisfaction: Successful nerve blocks with the help of the nerve stimulator provide superior pain control with fewer systemic side effects compared to general anesthesia, which contributed to the higher patient satisfaction rates.
1. Surgical Risk – For implantable device, there are risk associated with the surgical procedure, such as bleeding, infection or potential damage to surrounding tissues or nerves.
2. Pain or discomfort – Some patients may experience temporary pain, discomfort or tingling sensation at the site of the implant or where the lead is placed.
3. Electromagnetic Interference – Certain electric device or equipment may interfere with the function of the nerve stimulator, required to take precaution to patient.
4. Adverse Effects-In a rare case, a nerve stimulator machine may cause side effects such as headaches, dizziness or mood change.
1. For what medical procedures may nerve stimulators be used?
Common uses for nerve stimulators include: Chronic pain management, Neuromuscular monitoring during surgery and diagnosis of neuromuscular disorders
2. How accurate are the nerve stimulators for the localization of nerves?
Nerve stimulators can be quite accurate if used appropriately
3. Do nerve stimulators cause nerve damage?
The risk of neurological injury, when appropriately used, is very low. However, improper placement of the needle does carry the risk of mechanical injury, and training is required for its use.
4. How often should a nerve stimulator be calibrated?
Recommendations by manufacturers and institutional policies may vary, but in general, it ranges from every year up to two years
5. Does a nerve stimulator need to be used with special training?
Yes, proper training in its use is important. Users must know appropriate relevant anatomy, the principles of electrical nerve stimulation, and specific device knowledge.
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