Technology

LightningWire
- Proprietary insulation design optimizes electrosurgical performance and mechanical properties along the length of the wire
- More than 2× stiffer than the market‑leading 0.035‑inch guidewire1 to support transfemoral and transseptal delivery of bulky therapy devices
- 0.032‑inch labeled diameter facilitates broad compatibility with various transseptal devices

Activation Cable
- Connects to existing electrosurgical generators via industry‑standard monopolar accessory ports; no dedicated electrosurgical generator needed
- Designed to activate only desirable "cut" RF waveforms; cannot activate undesirable "coag" waveforms, which might lead to unwanted thrombus generation2
- Puts control of radiofrequency (RF) energy on the sterile field, including audible and haptic feedback
Why LightningWire

Efficiency
- Guidewire‑based transseptal puncture minimizes catheter exchanges
- Activation Cable disconnects after transseptal puncture to enable therapy device delivery

Safety
- Visible markers facilitate fluoroscopy‑free workflows
- Pigtail tip shape minimizes risk of cardiovascular injury after transseptal puncture3

Value
- Disposable cost is competitive with alternatives
- Since existing electrosurgical generators may be used, capital expense may be eliminated
Ordering Information
| System | Item No. | Contents |
|---|---|---|
| LightningWire TPS — 180 cm | 01‑180 | 180‑cm LightningWire, Activation Cable, and Tip Straightener |
| LightningWire TPS — 260 cm | 01‑260 | 260‑cm LightningWire, Activation Cable, and Tip Straightener |
For important safety information, click or tap here.
References
- Data on file at ElectroWire Medical.
- J Am Coll Cardiol 2020 March 31; 75(12): 1455–1470.
- J Am Coll Cardiol 1985;5:904–10; EuroIntervention 2013;8:1019–1025; J Interv Cardiol 2015;28(5):472–8.
