081300: LSI Solutions JNW UrTrac Instrument Guide 26F

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| Price: | $99.00 per box of 1 |
|---|---|
| Quantity: | |
| In Stock: | 8 box of 1 |
| Status: | expired |
| Express: | Need it tomorrow? Order in next 1 hours 28 minutes and choose overnight shipping at checkout. |
Additional Details
LSI Solutions 081300 JNW UrTrac Instrument Guide
The JNW URTRAC® Instrument Guide is a dual-lumen cannula sheath that allows multiple tools to be used simultaneously through a small opening.
Product Code: 081300
- 26F
- 20cm Shaft Length
- 3mm & 5mm Working Channels
AccessGUDID Info
- FDA Product Code: GEA
- FDA Product Code Name: CANNULA, SURGICAL, GENERAL & PLASTIC SURGERY
- GMDN Term Code: 63564
- GMDN Term Name: Endoscope sheath, single-use
- GMDN Term Description: A component of a rigid or flexible endoscope assembly designed as a tube through which an endoscope (e.g., hysteroscope) and endoscopic elements are introduced and assembled to create a complete operative endoscopic unit; it is also designed to function as a protective barrier to isolate the endoscope from patient contact and prevent contamination of the endoscope controls during a procedure. It typically contains ports to enable the insertion of instruments (through the endoscope or through independent working channels), insufflation ports, valves and connectors. It is made of plastic and metal materials. This is a single-use device.
Manufacturer
LSI Solutions is a leading medical device company dedicated to advancing minimally invasive surgical procedures through innovative technologies. Based in Victor, New York, LSI Solutions focuses on developing and manufacturing cutting-edge devices for cardiothoracic and general surgery. The company’s portfolio includes precision-crafted suturing systems, surgical instruments, and accessories designed to improve procedural efficiency and patient outcomes. With a strong commitment to surgeon collaboration, quality, and innovation, LSI Solutions continues to pioneer advancements in surgical care, empowering healthcare professionals to deliver safer, less invasive, and more effective treatments.
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