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Precision Plus Spinal Cord Stimulation

Living with Precision PlusTM System

Congratulations on taking the steps to help control your pain and live a smoother life. The Precision Plus may allow you to get back to the activities you enjoy. You may want to consult your Pain Management Specialist to:

  • Understand which activities you can and cannot do
  • Discuss changes you may notice in the way your SCS therapy affects your pain
  • Discuss treatment for new or unusual pain





The SmoothWaveTM Difference

The Precision Plus SCS System was designed with the patient in mind – to help control your pain. Read below to understand how features of the system are designed to make Precision Plus comfortable, easy-to-use and long-lasting to manage your pain better.

Implantable Pulse Generator (IPG)

The Implantable Pulse Generator, or IPG, generates the electrical pulses that block pain signals; it also contains a rechargeable battery. It features a contoured, oval shape that conforms more comfortably to the natural shape of your body.

Cordless Remote Control

The Remote Control is a simple, easy-to-use, handheld device that allows you to turn stimulation on and off, control the amount of stimulation you desire to treat individual pain areas and change programs. For your convenience, the Remote Control is cordless and communicates with the stimulator within a range of up to two feet.

Cordless Charger

A cordless, lightweight charger allows you to recharge your IPG battery while you continue to receive therapy. You can recharge discreetly using an adhesive patch or small belt supplied with the system. The Precision Plus IPG battery can be recharged even if it has been completely discharged.1-3


Using the Precision Plus SCS System

If you have any questions regarding the technical use of your Precision PlusTM Spinal Cord Stimulator System or its components, consult your Patient Handbook, call the Patient Care line at (866) 360-4747 or contact your Boston Scientific representative.


References

1. Lee DC, Bradley K, Gillespie E. AIMTM Targeting Technique: A Novel Method of Focusing the Volume of Activation on the Dorsal Column with Multiple Independent Current Control in a Computational Model. Paper presented at: North American Neuromodulation Society (NANS) Annual Meeting; December 2009; Las Vegas, NV
2. Lee DC, Bradley K, Gillespie E. Incremental Movement of the Central Point of Stimulation Beneath a Spinal Cord Stimulation (SCS) Lead in a Computational Model. Paper presented at: North American Neuromodulation Society (NANS) Annual Meeting; December 2009; Las Vegas, NV.
3. Lee DC, Gillespie E. Dorsoventral Variability in SCS Lead Placements: Correcting for Dorsal-Ventral Variability in SCS Lead Placement in a Computational Model. Paper presented at: North American Neuromodulation Society (NANS) Annual Meeting; December 2009; Las Vegas, NV.
For more information on the approved use, risks and benefits of the Precision Plus SCS System, click here.

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