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Selectra
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Selectra, inner catheter
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Selectra, slitter
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Selectra
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Selectra, inner catheter
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Selectra, slitter
Selectra Delivery System
Assurance from Access to Exit
BIOTRONIK has an unsurpassed legacy of quality and innovation to safeguard patient safety. Our new telescopic lead delivery system was developed for maximum convenience and ease of use during coronary sinus lead implantations. Due to its unique and innovative design, Selectra represents a significant advancement in lead placement systems for cardiac resynchronization therapy (CRT) devices, providing implanters with the optimal tool to make even the most challenging implantations a success. An innovative LV lead delivery system with an integrated hemostasis valve and slittable catheters.
Key Facts
- Responsive catheter control
- Excellent balance of flexibility
- Optimal fluoroscopic visibility
- Smooth lead delivery
- Hydrophilic inner coating and low friction valve enhance lead pushability
- Confident system removal
- Easy-to-slit integrated valve maintains lead stability
Product Details
Telescopic system with inner catheters
- Combination of Selectra outer catheters with inner sub-selection catheters enables direct delivery of low-profile coronary sinus leads
- All inner catheters incorporate a streamlined, slittable in-line luer for ergonomic, one-handed manipulation and contrast injection
New, innovative ergonomic handle
- Innovative hub design has an integrated hemostatic low friction valve and a built-in side-port
- Slittable valve simplifies catheter removal precedure
Balanced, superior shaft design
- Torque - Stainless steel braiding reinforced with nylon
- Flexibility - 7 transition segments individually customized for each shape
Hydrophilic inner coating
- Unique hydrophilic inner coating of Selectra provides 66% less friction compared to competitor's delivery system. Excellent lubricity allows easy lead introduction and catheter removal
Advanced atraumatic tip design
- During coronary sinus cannulation, the round soft tip design provides a high level of atraumaticity, minimizing the risk of dissections and prolapse of the catheter tip
- The highly radiopaque polymeric X-ray marker allows for excellent visibility during system positioning