Brighten Up Your Undereyes
with EZ-Tcon
INTRODUCING
Easy(EZ) + Transconjunctival Blepharoplasty
EZ-Tcon is the revolutionary needle engineered for transconjunctival fat repositioning that allows for rigid and durable fixation of fat pedicle. It provides
unmatched precision and ease in lower blepharoplasty, ensuring faster recovery and lasting results.
EZ-Tcon is the first FDA cleared device of its kind for soft tissue approximation in ophthalmic procedures. Utilizing a new type of internal fixation (IF) technique with EZ-Tcon has the advantages of conventional IF and externalized percutaneous suture (EPS).
EZ-Tcon allows for the rigid and durable fixation of fat pedicle, making it easy to position transposed fat in the lowermost optimal position.
The unique bi-directional needle doesn't require long conjunctival incisions, which helps reduce recovery time and long-term scarring compared to existing options.
Designed for Transconjunctival Blepharoplasty
Scientific Data
Improvements with EZ-Tcon were shown in a variety of journals and clinical data
*334 patients with tear trough deformity who underwent EZ-Tcon internal fixation (IF) were followed up for at least
one-month post-operation. Plastic surgeons who were not involved in the operations participated in the evaluations of the aesthetic outcomes.
In the evaluation of post-operative aesthetic outcomes based on Barton’s grading system, 323 (96.7%) of the patients showed some improvement in aesthetic outcomes.
In EZ-Tcon IF, the rate of long-lasting visible scars on the lower eyelid was 0%. Taping for long period is not necessary, allowing for faster recovery and earlier return to daily routine.
Global Brand
EZ-Tcon holds licenses, patents, and utility models from global countries
Clinical Outcomes and Efficacy
Internal Fixation Method using EZ-Tcon for Transconjunctival Fat Repositioning
July 21, 2020 – Cheolho Chang, JuYoung Bae, MyungKyu Cha, Salk Bang, KyeongTae Lee
Reference
1) Chang, C. H., & Cha, M. K. (2017). New Internal Fixation Technique for Transconjunctival Fat Repositioning. Plastic and reconstructive surgery. Global open, 5(9), e1502. https://doi.org/10.1097/GOX.0000000000001502 2) Chang, C. H., Bae, J., Cha, M. K., Bang, S. I., & Lee, K. T. (2020). Internal Fixation Method Using EZ-Tcon for Transconjunctival Fat Repositioning: Clinical Outcomes and Efficacy. Aesthetic plastic surgery, 44(5), 1584–1595. https://doi.org/10.1007/s00266-020-01873-1 3) Patent (Korea): 10-1825878 4) Patent Design (Korea): 30-0937476 5) Patent (USA): US10,524,781B2 6) Patent (EU): 3622895 7) Patent (France): EP362289 8) Patent (UK): EP3622895 9) Patent (Germany): 60 2018 029 839.8 10) Patent (Italy): EP3622895 11) Patent (Russia): No2720673 12) Patent (Canada): 3,061,889 13) Patent (Australia): 2018264626 14) Utility Model (China): ZL 2017 2 0010898.X 15) Utility Model (Japan): 3212586 16) Patent (Taiwan): I 692351 17) Patent (India): 399582 18) Patent (Vietnam): 34502 19) Patent (Brazil): BR 112019022656 -7 20) 510(k) Clearance (USA): K173779
