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Meet the world's first stylet-driven fixed-screw lead dedicated to CSP

Solia CSP S is specifically designed for conduction system pacing and intended to simplify implant handling without compromising patient outcomes.

Now available as part of the BIOTRONIK CSP portfolio – for smooth and efficient CSP procedures.

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Purpose-built for conduction system pacing

Solia CSP S is the first and only stylet-driven fixed-screw lead engineered specifically for conduction system pacing.1

It helps implanting physicians new to Conduction System Pacing (CSP) and experts looking to simplify their procedures alike to confidently deliver physiologic pacing to their patients - thanks to simplified handling for more efficient CSP implantations and an innovative fixed screw design for stable results.

The lead features an optimized distal end for high durability³ and a flexible tip design that helps reduce the risk of perforation.⁴

Built for reliable results and simplified procedures

Solia CSP S is engineered to allow facilitated, controlled and smooth septal tissue penetration2 with high durability for enhanced stylet steerability linked to:

  • The market's smallest SDL body diameter of 5.6 F1
  • The industry's longest screw for CSP of 2.2 mm1
  • Extended screw pitch of 1.3 mm
  • Optimized double-cut sharp screw tip
  • Optimized distal end with deep stylet position

The result: a lead that supports efficient implantation and stable results.

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Improve Maneuverability

Solia CSP S is a stylet-driven lead with the stylet end positioned deep in the lead tip.

This design is intended to improve steerability and pushability, for better tissue penetration and better tip control.

Two stylet options provide flexibility to select stiffness and adjust catheter curvature.

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Get hands-on with Solia CSP S

Our BIOTRONIK experts are happy to walk you through all components of our approved system – tailored to your needs, whether you’re just starting or refining your CSP approach.
 

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References

1. BIOTRONIK Solia CSP S technical manual; Medtronic SelectSecure 3830 technical manual; Boston Scientific INGEVITY+ physician's lead manual; Abbott UltiPace user's manual.
2. BIO|MASTER.CSP Interim Clinical Analysis Report. Data on file.
3. BIOTRONIK Internal Test. Data on file. 
4. BIOTRONIK Internal Test. Data on file. 
5. BIOTRONIK Internal Investigation Report. Data on file.
6. BIOTRONIK Solia CSP S technical manual; BIOTRONIK Amvia technical manual; Medtronic SelectSecure 3830 technical manual; Medtronic Azure XT DR MRI SureScan™ manual; Boston Scientific INGEVITY+ physician's lead manual; Boston Scientific Accolade MRI™ technical manual; Abbott UltiPace user's manual; Abbott Assurity MRI™ user's manual; MicroPort Alizea™ implant manual.
7. Stokes KB, Anderson J. Low threshold leads: the effect of steroid elution. In GE Antonioli GE, Aubert AE, Ector H, editors. Pacemaker Leads. Elsevier Science Publishers BV; 1991. p. 537-542. 8. Mond HG, Stokes KB. Pacing Clin Electrophysiol. 1996;19(7):1016-20. 9. Schaldach M, Progress in Biomedical Research. June 2000.

Disclaimer

BIOTRONIK Solia CSP S is not currently approved for conduction system pacing in the United States. Content not intended for US healthcare providers. Local regulatory approval may vary by country.