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Zero Tip™

Nitinol Stone Retrieval Basket

Tipless Basket Design.
Composite Sheath Material.
Multiple Sizes.
Composite Sheath Material - multi-layer sheath provides exceptional strength while maintaining flexibility.
Multiple Sizes - In a 3.6Fr working channel, a 1.9Fr sheath offers 41% more irrigation flow than a 2.2Fr sheath and 128% more than a 2.4Fr sheath1.

The workhorse basket that gets the job done. This 4-wire nitinol basket is designed to be reliable, durable and built to maintain its shape in challenging anatomy, even after multiple cycles.

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Product Details

Multiple Sizes | Zero Tip™ Nitinol Stone Retrieval Basket

Multiple Sizes

  • 3.0F baskets designed to accommodate retrieval of larger stones.
  • In a bench study utilizing a 3.6F working channel, a 1.9F sheath offers 25% more irrigation flow than a 2.2F sheath and 177% more than a 2.4F sheath.2
  • 12mm and 16mm basket OD

Tipless Basket Design

  • ZeroTip basket features a tipless design for close stone approximation.1
  • Flat distal surface designed to eliminate tissue-to-tip interface for atraumatic manipulation1
  • Knotted basket tip helps prevent wire movement

Composite Sheath Material

  • Sheath designed to provide smooth scope passage
  • Multi-layer sheath design provides strength while maintaining flexibility for enhanced scope deflection.

Ordering Information

Order NumberUPNDescriptionSizeQuantity
390104M0063901040Zero Tip Nitinol Retrieval Basket1.9F x 90cm (12mm OD)Each
390105M0063901050Zero Tip Nitinol Retrieval Basket1.9F x 120cm (12mm OD)Each
390100M0063901000Zero Tip Nitinol Retrieval Basket2.4F x 90cm (12mm OD)Each
390101M0063901010Zero Tip Nitinol Retrieval Basket2.4F x 120cm (12mm OD)Each
390102M0063901020Zero Tip Nitinol Retrieval Basket3.0F x 90cm (16mm OD)Each
390103M0063901030Zero Tip Nitinol Retrieval Basket3.0F x 120cm (16mm OD)Each

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References

1. Honey RJ. Assessment of a new tipless nitinol stone basket and comparison with an existing flat-wire basket. J Endourol. 1998;12:529–531.

2. Testing performed by BSC. Data on file. Based on internal bench study measuring water output through a simulated 3.6F scope working channel over 30 seconds with 1.9F, 2.2F, or 2.4F retrieval basket in the working channel; n=10 p<.000

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