Description
The Rhythmlink Disposable Extended Monopolar Stimulating Probe is a unique probe designed for spinal and peripheral nerve stimulation during lateral spinal approaches, extreme lateral spinal approaches [XLIF], and minimally invasive spinal surgeries. Insulated down to the semispherical non-tramautic tip, this robust probe aids in the identification of the genitofemoral nerve to provide safe surgical access. This versatile probe can be used for spinal and peripheral nerve identification, as well as pedicle hole and pedicle screw testing.
Warranty: Until Use or Expiration.
Longer than traditional monopolar probes, the Extended Monopolar Stimulating Probe is unique in its design: 160 mm insulated shaft ending in a semispherical non-traumatic 1.6 mm tip.
Features
Rhythmlink Disposable Extended Monopolar Stimulating Probe Features
- Molded safety connector with ample built-in strain relief.
- Peel back pouch that allows for safe and easy transfer to the sterile field.
Specifications
Rhythmlink Disposable Extended Monopolar Stimulating Probe Specifications
- Materials:
- Probe: Stainless steel.
- Insulation: Kynar.
- Leadwire: Tinned copper with PVC jacket.
- Connector: DIN 42 802.
- Handle: ABS plastic.
- Protective Cover: PVC, radio-opaque blue.
- Sterilized: Yes - ethylene oxide.
- Environment:
- Latex-free electrode.
- PVC-free packaging.
- Packaging:
- Pouch, Transparent Layer: Polyethylene.
- Pouch: Tyvek.
- Pouch Size: 405 mm x 70 mm.
- Box: Paperboard.
Package Quantities
Rhythmlink Disposable Extended Monopolar Stimulating Probe Package Quantities
Product Number | Probe Length | Probe Diameter | Tip Diameter | Lead Length | Quantity |
---|---|---|---|---|---|
#RLMSP101-2.5 | 160 mm | 3.5 mm | 1.6 mm | 2.5 m | 1 |
#RLMSP100-2.5 | 160 mm | 3.5 mm | 1.6 mm | 2.5 m | 5 |
Leadwire Color: Brown |
Literature
Rhythmlink Disposable Extended Monopolar Stimulating Probe Literature
Rhythmlink Disposable Extended Monopolar Stimulating Probe Instructions for Use
Rhythmlink Disposable Extended Monopolar Stimulating Probe Brochure