Temporary Pacing Leads

Available through NHSSC

The SPIKE LC bipolar temporary pacing catheters are designed for reliable pacing and recording. The non-braided shaft and the internal solid core allows a precise control without excessive stiffness. The range of the pre-shaped curves allow different solutions for positioning in the ventricle and atrium both through inferior and superior vena cava.

These TPLs are sterile, disposable, latex free and they are equipped with AISI stainless steel electrodes. SPIKE LC range is available from APC in 4, 5 and 6 French diameters and are equipped with touch proof 2 mm pins. The Spike LCN have 2mm pins with protective caps.

Key features

  • Non-braided, atraumatic shaft for smooth insertion
  • Pre-shaped curves for optimal positioning
  • Stainless steel electrodes for reliable signal
  • 4, 5, 6 French diameters
  • Sterile, disposable, latex-free
  • Shrouded and non-shrouded options
  • Additional tip styles available on request

Various electrode configurations, including balloon catheters, introducers, guide wires and kits are also available on request.

Bipolar Temporary Pacing Leads

Product description Code Size Electrode spacing Usable length
Spike LC Pacing Lead with shrouded pins 52204S 4F 10mm 90cm
52205S 5F 10mm 125cm
52206S 6F 10mm 125cm
Spike LC Pacing Lead with non-shrouded pins, with protective caps 52204N 4F 10mm 90cm
52205N 5F 10mm 125cm
52206N 6F 10mm 125cm
Spike LC Pacing Lead, balloon tipped with non-shrouded with protective caps 12165 5F 10mm 110cm

Contact APC for more information on the full range of Temporary Pacing Leads.

SPIKE LC bipolar temporary pacing leads

Designed for smooth, controlled positioning, SPIKE LC pacing leads provide dependable pacing and recording performance. Available in 4F, 5F and 6F sizes with shrouded or non-shrouded pins.

SPIKE FLOW balloon-tipped pacing catheter

The SPIKE FLOW bipolar balloon catheter offers flow-directed placement and can be positioned without fluoroscopy when required. Features depth markers at 10cm intervals to aid placement and procedural efficiency.

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