Posters
Comparative assessment of commercially available preloaded monofocal IOL injectors
Poster Details
First Author: I.Singh USA
Co Author(s):
Abstract Details
Purpose: 
Ex-vivo assessment of commercially available preloaded monofocal intraocular lens (IOL) injectors in artificial aphakic eyes 
Setting: 
 Prospective, single-site, comparative laboratory study 
Methods: 
 All tests were performed by a single cataract surgeon.  Three preloaded injectors (MX60PL, B&L; PCB00, J&J; AU00T, Alcon) and one non-preloaded injector (BLIS-R1, B&L) were used.  All injectors were prepared and advanced into the nozzle and held in the compressed state for 3, 5, and 15 minutes prior to delivery.  A 2.4mm clear corneal incision was created for each condition in artificial aphakic eyes and all IOLs were delivered into the bag.  IOL preparation time, IOL delivery speed/control, OVD usage, IOL position, optic quality, and need for second instrument were all assessed for each condition.  All cases were video recorded. 
Results: 
 MX60PL and AU00T had the quickest loading time and PCB00 was the slowest in the preloaded group (average time: 18.11, 18.83, 22.7 secs respectively).  The non-preloaded control, BLIS-R1 took the longest at 35.3 secs.  All injectors demonstrated good delivery speed, control, and minimal OVD usage for preparation (~0.23ml).  All IOLs were successfully delivered into the bag, except for one case with PCB00 that was delivered partially outside.  Two cases needed a second instrument (PCB00-partial delivery, AU00T-stuck haptic).  BLIS and MX60PL were easier to insert, PCB00 was not as smooth, and AU00T required more force because of the plunger design. 
Conclusions: 
 In this ex-vivo study, all preloaded injectors demonstrated good efficiency when compared to the non-preloaded control injector.  All preloaded injectors showed good delivery control and speed, but only MX60PL had no complications with in the bag delivery and did not require a second instrument. 
Financial Disclosure: 
  receives consulting fees, retainer, or contract payments from a company producing, developing or supplying the product or procedure presented
 
    
