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Vanta™ SCS gives you an advantage over pain. This revolutionary recharge-free device offers optimized longevity, DTM™ SCS endurance programming and unmatched MRI access.†
Download BrochureYour advantage
over pain
Learn about Vanta™ SCS.
Product details
High-performance recharge-free neurostimulator
Vanta™ SCS is a high-performance recharge-free device offering optimized longevity.
DTM™ SCS endurance therapy
DTM™ SCS endurance therapy is an energy modified differential target multiplexed therapy offering meaningful pain relief, satisfaction, and quality of life improvements.2
Clinical evidence for DTM™ SCS endurance therapy2:
Meaningful pain reduction
↓4.6
cm reduction in VAS for overall
pain from baseline to 12-months
Quality of life improvements
76%
of patients improved in degree
of disability at 12-months
Therapy satisfaction
86%
of patients were
satisfied with therapy at 12-months
Unmatched full-body
MRI access†
Creating connections
The Medtronic adaptor extension connects with certain Boston Scientific or Nevro leads. This enables patients with existing leads to gain access to meaningful pain relief with DTM™ SCS endurance therapy offered with recharge-free convenience on Vanta™ INS.
Product specifications
Compatible with:
Model specifications
Model | 977006 |
---|---|
Channels | 2 |
Width | 1.1 cm (.44in) |
Battery Type | Recharge-free |
U.S. clinician services
800-707-0933
† Under specific conditions. Refer to product labeling for full list of conditions. Patients with non-Medtronic leads and an EMBSNV20 adaptor extension are not eligible for an MRI.
‡ Settings used from Proclaim™ clinician manual. Nominal settings 12 hours per day: 50-Hz frequency. 225-μs pulse width, and 5-mA amplitude at 500-ohms impedance. Energy modeling is the same for model 3660 and model 3670. Settings from Boston Scientific's Alpha™ IFU. Programmed at 4.1mA, 280us. 40Hz. 1 area, 730 Ohms, 2 contacts.
Provenzano, Amirdelfan, Grewal, et al. Modeling the Impact of a Differential Target Multiplexed Derivative on Rechargeable and Recharge-Free Spinal Cord Stimulation Systems. Poster presented at: American Society of Pain & Neuroscience (ASPN) 5th Annual Conference: July 13-16, 2023; Miami Beach, FL.
Peacock, Provenzano, Fishman, et al. Long-Term Clinical Outcomes of a Low-Energy Derivative Study of Differential Target Multiplexed™ Spinal Cord Stimulation. Poster presented at: North American Neuromodulation Society (NANS) 26th Annual Meeting; Jan 12-15, 2023; Las Vegas, NV.
Desai MJ, Hargens LM, Breitenfeldt MD, et al. The rate of magnetic resonance imaging in patients with spinal cord stimulation. Spine. 2015;40(9):E531–537