slider placeholder Expanding neuromonitoring
procedures to reach more patients

Spine Surgery

Spinal fusion




Spinal cord stimulator

Spinal cord tumor removal

Scoliosis correction

Total disc replacement


Craniotomy for tumor removal

Craniotomy for cerebrovascular conditions

Microvascular decompression

Chiari malformation

Peripheral nerve procedures

Interventional radiology

Spine surgery

Orthopedic Surgery

Acetabular procedures

Total hip arthroplasty

Total shoulder arthroplasty

Latarjet procedure

Spine surgery

Head and Neck Surgery






Radical neck dissection

Vascular Surgery

Carotid endarterectomy

Coronary Artery Bypass Graft

Aortic valve repair

Aortic valve replacement

Interventional radiology




Spinal cord stimulator

Facet joint denervation

Podiatric Surgery

Tarsal tunnel decompression

Lower limb nerve decompression

Prostate Surgery

Sexual dysfunction and urinary incontinence are both common side effects following prostate cancer surgery. Inadvertent nerve injury occurring during the surgery is believed to be one of the primary causes. Using nerve monitoring, Surgimon brings instant and accurate information regarding nerve location and function.


For you, this means that surgeons using nerve monitoring have additional information during the operation that may help them reduce inadvertent damage to these critical nerves and in doing so, potentially reduce the sexual dysfunction and urinary incontinence that are common side effects.

While current nerve-sparing techniques for robotic prostate surgery focus on preservation of parasympathetic nerves, it is well documented that somatic nerves also play a direct role in erectile function and continence control. Identifying critical, non-visible somatic nerves at risk during Robotic Prostate Surgery allows the surgeon to make informed decisions on how to spare these nerves during surgery. Nerve monitoring for Robotic Prostate Surgery is recorded with delicate electrodes that are sterilely placed in the appropriate muscle by the surgeon. This specialized nerve monitoring allows the surgeon to identify the location of, and assess the integrity of, somatic nerves critical to sexual function and urinary control prior to prostate removal. Monitoring also allows the surgeon to verify the location of somatic nerves during dissection, and validate the integrity of somatic nerves post-dissection.