to describe a new surgical technique that combines 4-point, flanged polypropylene scleral fixation with a hydrophobic IOL. Using the Envista MX60 and 6.0 polypropylene, scleral 4-point fixation was achieved using a flanged-suture technique 5 times in a model eye and in a case series of 8 patients, retrospectively reviewed. The polypropylene is passed through each eyelet in a novel configuration (LOTO: Loop to Optic and Trailing ends to Outside). Conjunctival peritomies, scleral flaps/pockets, glue, and suture knots are avoided. The load needed for haptic fracture and scanning electron microscopy (SEM) at fracture sites were studied. Haptic fracture occurred once following the first model eye implantation due to excessive suture tension. The fracture load was similar between the LOTO and the simple-pass technique (1.08 ± 0.52 N vs 1.09 ± 0.32 N), suggesting no safety compromise. SEM did not disclose cheese-wiring effect. Over a mean follow-up of 10.8 months (range: 3 to 19; median 11.5 months), all cases experienced visual improvement with best-achieved-postoperative uncorrected visual acuity (BAPUCVA) of 20/25-20/200, and the IOL was well-centered. Postoperative IOL tilt averaged 2.9 degrees (range: 0 to 9.6; median: 2.9 degrees). Two patients developed post-operative CME treated topically. The first case developed flange extrusion that was readily repaired in clinic. This novel technique adds 2 main advantages to previously described flanged-suture techniques: 1) 4-point fixation of a hydrophobic IOL and 2) immediate application at the time of initial complicated cataract surgery since it requires no additional supply, IOL, or instrumentation.