LIGACLIP® Endoscopic Rotating Multiple Clip Applier

The enhanced LIGACLIP Endoscopic Rotating Multiple Clip Applier consistently delivers the reliability and security you expect.1,2

LIGACLIP® Endoscopic Rotating Multiple Clip Applier

Features & Benefits

  • LIGACLIP - Card 1

    Reliable. Secure. Consistent.1,2 

    Improved performance. The enhanced LIGACLIP Endoscopic Rotating Multiple Clip Applier maintains expected tissue effects and ease of use through its: enhanced end effector which reduces dropped clips and clip scissoring,2 extended lower shroud supports good clip formation, and rotating knob enables 360-degree rotation and one-handed use.

  • LIGACLIP - Card 2

    Superior Jaw Security1
     

    Stronger jaws for better clip formation.1 With 35% stronger jaws, the LIGACLIP Endoscopic Rotating Multiple Clip Applier provides better clip formation and better in-jaw clip security.1

  • LIGACLIP - Card 3

    Superior Clip Formation2

    Reduced clip scissoring for better ligation.2 By offering 85% reduction in clip scissoring, use of LIGACLIP Endoscopic Rotating Multiple Clip Applier results in superior on-vessel clip performance.2

  • Ligaclip - Card 4

    Tip Cover Designed for Better Protection

    Refreshed design allows for easier removal, more secure shipping. The new, vinyl-free tip cover of the LIGACLIP Endoscopic Rotating Multiple Clip Applier is designed to offer better protection during shipping and easier removal during device preparation.

Product Specifications

Product Code

Product Code

Description

 
ER320 ER320  

Product Code

Product Code

Description

 
ER420 ER420  

Supporting Documentation

Product Support

LIGACLIP Endoscopic Rotating Multiple Clip Applier Brochure

LIGACLIP Endoscopic Rotating Multiple Clip Applier Fact Sheet

LIGACLIP Optimized Device Performance Guide

References

1. Benchtop testing for post reliability jaw aperture, comparing jaw yield post foreseeable misuse upper bound of 90% reliability at 90% confidence between previous device design ER320 (n=32) to redesigned device ER320 (n=32). Means of 0.1871 in. for previous device design ER320 (n=32) to mean of 0.1802 in. for redesigned device ER320 demonstrated a statistically significant improvement. (n=32, p=0.000, @95% conf.)


2. Benchtop testing for Loaded Torque Testing (LTT), comparing clip scissoring upper bound of 99% reliability at 95% confidence between previous device design ER320 (n=32) to redesigned device ER320 (n=32). Means of 0.06884 in. for previous device design ER320 (n=32) to mean of 0.02034 in. for redesigned device ER320, demonstrated a statistically significant improvement. (n=32, p=0.000, @95% conf.).

For complete indications, contraindications, warnings, precautions, and adverse reactions, please reference full package insert.