Your browser is out of date

With an updated browser, you will have a better Medtronic website experience. Update my browser now.

×

Skip to main content

SenSight™ directional leads Deep brain stimulation (DBS) directional lead system

  

Contact us
need

Overview

The first-of-its-kind SenSight™ directional DBS lead system combines the benefits of directionality with the power of sensing. Built with proprietary materials, components, and processes, the SenSight™ directional lead and SenSight™ extension work seamlessly with the Percept™ PC and Percept™ RC neurostimulators to enhance detection of local field potentials (LFPs), which are 1 million times smaller than DBS stimulation pulses.1

A system designed around you

With your collaboration and insights, we’ve designed every component of our DBS directional lead system —  including the lead, the burr hole device, the extension, and everything in between. It's the only DBS directional lead system with 3T and 1.5T MR Conditional eligibility. 

SenSightTM directional leads

1. 1-3-3-1 electrode configuration to more precisely direct the stimulation

2. 1.5mm and 0.5mm electrode spacing options to suit various targeting and patient needs

3. Completely insulated orientation markers to guide directional programming 

need

SenSight™ directional lead —
proximal end features

4. Proximal end of lead inserted into extension

5. Laser-etched markers on the proximal end for identification of left and right leads with bilateral implants

6. Laser-etched insertion line on the  lead body, which provides visual confirmation of complete insertion — providing confidence in the connection

 

SenSight™ extension

7. Single set screw connection on a non-active contact to minimize steps and protect therapeutic delivery

8. Left and right laser-etched markers and radiopaque marker. Laser-etched markers on the proximal end (not shown) and distal end for bilateral implants, for identification of left and right extensions. Extensions with the laser-etched markers also include a radiopaque marker visible under CT, fluoroscopy, X-ray, and O-arm™ Imaging System, for distinguishing with bilateral implants§

need

   

SenSight™ burr hole device

  • 14.7% lower profile|| — for your patient’s comfort
  •  57% improved lead tip stabilization#
  •  Clip designed with vertically elongated securing mechanism with ribs to increase the surface area holding force and minimize lead rotation once secured
  •  Flexible — designed to be placed in any orientation and conform to the patient’s skull


 

need

  

Product specifications


SenSight™ directional lead kit B33005 and B33015

Compatible
with:

Devices

 

B35200 Percept™ PC
B35300 Percept™ RC
37601 Activa™ PC
37612 Activa™ RC

Extensions

 

B34000 SenSight
Extension Kit

Implant Tools

 

 

B31010 SenSight™ Depth Stop and Cranial Tunneler Kit
B31040 SenSight™ Lead Test Cable Kit
B31020 SenSight™ Lead Cap Kit

Burr Hole Device

 

B31000 SenSight™ Burr Hole Device 
B32000 SenSight™ Burr Hole Device Kit

Clinician Programmer

 

CT900
8880T2 Communicator
A610 3.0 Software Application
A610 4.0 Software Application (Required for Percept™ RC)

 
 
 
 
 

Compatibility Warning: Only use SenSight™ components with other SenSight™ components, unless specific compatibility is stated in product labeling. Do not use incompatible components. Using incompatible components may result in component damage, intermittent or loss of stimulation, and require surgical replacement or revision.

Device specifications for the directional leadsa

Description (No Marker)

Model B33005 or B33015

Description (Bilateral Marker)

Model B33005M or B33015M

Conductor Resistanceb,c

Maximum 100 Ω for all lengths

Length


Available in 33 and 42 cm lengths  (e.g. B3300533 or B3300533M)

Surface Area

33 cm length: 13.55 cm²

42 cm length: 17.26 cm²

Lead diameter 

1.36 mm

Shape

Straight

Distal end

Electrode shape

Distal tip distance

8 electrodes 

Cylindrical

1.0 mm

Proximal end

Lead contact spacing

Stylet handle length 

8 contacts, in-line

2.2 mm

4.6 mm

Materials and substances to which the patient can be exposedd,e

Polyurethane, Platinum iridium

a. All measurements are approximate.
b. Electrical resistance of this device only.
c. Electrical resistance is proportional to lead length: long lengths have higher resistance that may limit the amplitude.
d. Discuss allergies or other intolerances related to the materials of construction with the patient before the procedure.
e. Tested for category 1A or 1B carcinogenic, mutagenic, or toxic for reproduction (CMR) substances, and endocrine disrupting chemicals (EDC). No known CMRs or EDCs found for the materials and substances listed in this table.

SenSight™ directional leads identified with the letter M after the length (e.g. B3300533M), include 2 bilateral markers. Bilateral markers help differentiate between hemispheres when 2 leads are implanted.

This material is for Healthcare Professionals in countries with applicable health authority product registrations.

Important: Always refer to the Instructions For Use (IFU) packaged with the product/e-IFU for complete instructions, indications, contraindications, warnings, and precautions. 

Manufactured in Medtronic Puerto Rico (Juncos Prod. Center) Ceiba Norte Industrial Park Rd. 31 KM 24, HM4 00777 Juncos, Puerto Rico.

† MR Safety Triangle Under specific conditions. Refer to product labeling for full list of conditions: manuals.medtronic.com/manuals/mri/region.

‡ Excluding the distal connector end, the extension body diameter is approximately 26.7% smaller than Medtronic extensions 37085 and 37086.

§ Leads and extensions with markers are identified with model numbers ending in M. The extension also has a marker near the proximal end (not pictured).

|| As compared to the Stimloc™ burr hole device.

¶ When compared to the Model 37085 and 37086 extensions.

# Based on a study in an animal model, the SenSight™ directional lead system provided on average a 57% lead tip stability improvement compared to Medtronic’s legacy lead system. Animal data may not be indicative of clinical performance.

1

Neumann WJ, Staub F, Horn A, et al. Deep brain recordings using an implanted pulse generator in Parkinson’s disease. Neuromodulation. 2016;19(1):20-24.

CE mark 0123