POLYTECH Health & Aesthetics

At POLYTECH, we believe that our people are our greatest asset. If you are passionate about health and aesthetics and eager to grow your career, we are the place to be! Visit our career page for more details: https://lnkd.in/dmGS4CZE

POLYTECH Receives Prestigious BSFZ Seal for Innovation Excellence We’re proud to announce that POLYTECH Health and Aesthetics GmbH has received the esteemed BSFZ seal from the German Federal Ministry of Education and Research. This recognition underscores our relentless commitment to innovation and excellence in R&D. “Our team’s dedication is the cornerstone of our success,” said Prof. Dr. Karsten Hemmrich, POLYTECH CEO. “This recognition motivates us to continue our commitment to excellence.” With a research allowance exceeding €500,000 for further automation, we celebrate the efforts of our outstanding team—Johan Smit, Patrick Otto, Claudio Carvalho, Tobias Rotermund, Alexander Dvorszak, and Beatrice Vanni. Their dedication propels us forward and keeps us at the forefront of innovation. Looking ahead, we’re excited to expand our portfolio with new implant shapes and cutting-edge design solutions, reinforcing our position as industry leaders. #Innovation #Research #POLYTECH #Excellence #ResearchAndDevelopment #BSFZ

Upgrade to MESMO® fine microtextured implants for: - Low complication rates including rotation, flipping and bottoming out (1,3) - Controlled implant position even with anatomical implants (2) - Long-lasting aesthetic results, even with larger implant sizes of more than 350 ml (1) Sources: 1. P. Montemurro et al: Aesthetic Surgery Journal 2020, p. 1 – 7; DOI: 10.1093/asj/sjaa169 2. Calobrace et al., Long-Term Safety of Textured and Smooth Breast Implants, Aesthetic Surgery Journal, 2017, 1–11 ; DOI 10.1093/asj/sjx157 3. Paolo Montemurro, Comparison of Polytech MESMO and Motiva Ergonomix Breast Implants With a Focus on Displacement Issues: A Single Surgeon's Experience in 329 Patients, Aesthetic Surgery Journal, 2024;, sjae071, https://lnkd.in/euKnyU5U

For the first time, the impact of five different breast implant surfaces on capsular contracture formation has been prospectively analysed in humans. This randomised study, conducted by the pioneering team at the Campus Bio-Medico University of Rome and shared in the prestigious Plastic and Reconstructive Surgery Journal, demonstrates that implants like Microthane® and MESMO® are shown to encourage the development of a more dynamic, less fibrotic capsule preventing the risk of capsular contracture compared to traditional smooth and macrotextured surfaces. Explore the innovative study here: https://lnkd.in/d6BRABhQ

We are honored to have hosted another B-Lite® Masterclass at ETHIANUM Klinik Heidelberg, specifically dedicated to Italian surgeons. Alongside Prof. Dr. med. Günter German and Prof. Dr. Matthias Reichenberger, we welcomed top international surgeons to this special session. This event focused on our innovative B-Lite® lightweight implants, providing invaluable insights into surgical practices through informative lectures and a live augmentation mastopexy.

Our IMPLANTS OF EXCELLENCE program offers registered patients who received POLYTECH breast or gluteal implants a free replacement implant in case of material-related loss of shell integrity. This also includes a free replacement implant for the contralateral breast, when the need is diagnosed by a surgeon. Encourage your patients to register themselves up to 6 months after surgery. Registration is free! Read all the terms and conditions here: https://lnkd.in/dtcKQfu

Have you explored the POLYTECH Connect Academy yet? Access online courses, KOL insights, live surgery demos, and selected clinical papers around the clock. Register here: https://lnkd.in/dJNnATPv

Discover the difference with B-Lite® implants, your lightweight solution. The force exerted on breast tissue directly correlates with implant weight. Heavier implants lead to increased pressure and subsequent stretching of the breast tissue. B-Lite® implants –up to 30% lighter than traditional options– address this issue effectively. B-Lite® implants exert Discover the difference with B-Lite® implants, your lightweight solution. The force exerted on breast tissue directly correlates with implant weight. Heavier implants lead to increased pressure and subsequent stretching of the breast tissue. B-Lite® implants –up to 30% lighter than traditional options– address this issue effectively. B-Lite® implants exert the same pressure on the lower pole as traditional implants that are half their size. For instance, a 300 ml B-Lite® implant exerts the same pressure as a 145 ml traditional implant. Learn how B-Lite® can benefit you and your patients. Contact us today: https://lnkd.in/deqnn3gq Source: Breast Implants and Pressure (2018), G&G, Data on file

Capsular contracture, the leading cause of revision surgeries, has been extensively studied in humans for the first time through a unique prospective randomized clinical analysis of five implant surfaces. The study highlights that capsular contracture occurrence hinges more on the histological characteristics of the fibrous capsule –influenced by the implant surface type – rather than capsule thickness. Notably, implants like Microthane® and MESMO® are shown to encourage the development of a more dynamic and less fibrotic capsule, reducing the risk of capsular contracture compared to traditional smooth and macrotextured surfaces. Read the clinical paper: https://lnkd.in/d6BRABhQ

Our value proposition POLYTECH Health & Aesthetics combines pioneering innovation with precision craftsmanship to achieve higher standards in breast aesthetics, reconstruction and body contouring. With over 35 years at the forefront of our industry, and millions of implants produced, we empower patients and surgeons worldwide to achieve their aspirations with confidence. Learn more: https://lnkd.in/dFb5bT83