You have successfully logged out.

Jesteśmy z tego dumni

Silny partner w alloplastyce stawu kolanowego

Z satysfakcją dzielimy się powodami, dzięki którym jesteśmy dumni z naszego portfolio produktów AESCULAP®dedykowanych stawom kolanowym.

Jesteś osobą wykonującą zawód medyczny lub prowadzącym obrót wyrobami medycznymi?

Zgodnie z obowiązującymi przepisami prawa, oświadczam, że jestem osobą wykonującą zawód medyczny lub prowadzącym obrót wyrobami medycznymi. Mam świadomość, że treści zamieszczane na niniejszej stronie mogą zawierać między innymi wiadomości na temat wyrobów niebezpiecznych dla zdrowia i bezpieczeństwa pacjentów.

Potwierdź Jestem profesjonalistą z branży medycznej. Anuluj Nie jestem profesjonalistą z branży medycznej.
Młoda kobieta wykonująca zabieg plastyki stawu kolanowego
  • 0%

    Wskaźnik przeżycia po 10 latach [1]

AS Advanced Surface - wielowarstwowa powłoka do plastyki stawu kolanowego
Dwóch chirurgów ze wspomaganiem nawigacji OrthoPilot® Elite na sali operacyjnej

Columbus®

The interchangeable and anatomically-designed Columbus® Knee prosthesis offers proper physician choice and patient specificity. Columbus® has comprehensive options to cover all bicondylar indications and intraoperative situations. Discover universality – Discover individualityImplant to conserve or sacrifice the posterior cruciate ligamentFixed or rotating platformCemented or cementless with Plasmapore® (for AS version, the Plasmapore® coating is only available as custom made implant)Tibial Augmentation options and tibial stemsPE heights up to 20 mmExtensive size options with 14 femur sizes and 11 tibia sizesAS coated version for optimized wear and patients with metal allergy Discover mobility – Discover stabilityROM up to 140°Improved stability even in difficult ligament situationsTrochlea design supports natural patella tracking Discover quality – Discover innovationsGood clinical performanceNavigated or manual operating techniqueMinimally invasive or conventional operating techniqueWear results down to below 1 mg per million cycles acc. to ISO 14243Two decades of successWith over 650,000 implantations in 43 countries all over the world, Columbus® is our most established knee system. Well proven in 54 publications with 98% survival rate after 10 years in studies.[1] Fantastic results in the English, Australian and German national joint registry.[2-4]20 years Columbus®. 20 years of excellent outcomes. We are proud of it.

Columbus® Revision

Today revision surgery represents already around 15 percent of knee replacement surgeries. Due to more and more earlier implantations and more severe bone defects, the numbers continuously rise. Based on the very successful design of the Columbus® knee endoprostheses, the development of the Columbus® Revision System was just a logic consequence.The new developed revision system is characterized by:Small production tolerancesPrecision of the cutsDemand-oriented implant portfolioLow PE wearManual or OrthoPilot navigated CT-free surgical techniqueImplants in CoCr or also as Advanced Surface (AS) version available

VEGA System®

The posterior stabilized VEGA Knee System was developed to fulfill the modern-day requirements of patient and surgeons for a modern knee implant system. The following objectives were considered in its design: Natural kinematics through a rollback and a pivotal motion around the medial condyleDuring flexion, the natural knee shows increased rollback of the femur on the lateral side while the femur rotates around the medial center.[1] The asymmetric cam design of VEGA facilitates this lateral rollback and medial rotation, and therefore enables a natural pivotal motion.[2] Stability even in high flexion Based on the design and the position of the PS box and post, the contact point of the box and post move distally with an increase of flexion. Therefore the increased jumping distance in flexion can reduce the subluxation risk. The synchronized contact surfaces between the articulating components maximize the bearing surface stress distribution in extension, reducing the risk of delamination. The high congruency between femur and tibia in extension as well as the line contact up to 160° of flexion stabilizes the patient’s movements and reduces wear. To reach higher varus-valgus stability a PS+ gliding surface with a mediolaterally wider PS post is available. Posterior inclination of the post design prevents anterior impingement with the extensor mechanism and increases resistance to dislocation. Soft tissue friendly and bone sparing implant design [2] Besides the reconstruction of natural kinematics, two attributes were in the foreground during the development of the VEGA Knee System. A soft tissue friendly design as well as the reduction of bone loss. 13 femur sizes, including standard and narrow sizes, and 11 tibial sizes, including standard and AP+ sizes, offer a wide range for a better bone fit regardless of gender, size, morphotype or race. Additionally, the VEGA System®’s narrow low-profile box helps to preserve bone and results in stable patellar tracking. A short tibial stem design as well as slim tibial wings support the bone sparing philosophy of VEGA. Furthermore the curved wing design facilitates a high rotational stability. Long-term performance through innovative materials  Advanced Surface: Wear is the number one reason for long-term knee replacement revisions.[3] To combat this issue, the AS coating can deliver up to a 65 % reduction in wear when compared to a CoCr prosthesis, as demonstrated in testing with other Aesculap knee designs. Furthermore, with the AS coating metal ion concentrations remain low and are below any biological threshold. This makes the AS coated implants an ideal solution for patients who are allergic to metal. The AS multilayer coating reduces the hardness from top to bottom in a gradient-like fashion, resulting in an improved elastic modulus. This makes it stable against mechanical stresses and strains.[4-7]Beta Polyethylene: All of Aesculap’s polyethylenes are sterilized under Beta radiation, which reduces oxidation, decelerates the aging process, and yields better wear rates.[8-10] Easy handling and precise results with the new generation of IQ instruments as well as the OrthoPilot® Navigation SystemPatient specific with OrthoPilot® NavigationUser-friendly with IQ Instruments

EnduRo

Due to today's growing demographic situation, revision operations will continue to play a significant role in the future. The particular challenges of hinged implant revisions require an implant that performs the functions of the collateral ligamentous apparatus without restricting essential joint functions such as flexion and rotation.The EnduRo system offers this flexibility with 24° rotation and a flexion angle of up to 140°. The sophisticated lift technology of the axis mechanism supports the axis while preventing dislocation and allowing for insertion of the tibial stem offset near the jointline. The axis is coupled with the femoral component through a tapered cone and is equipped with a locking nut to prevent dislocation.An extensive product portfolio including various implant sizes, augments, stem extensions and gliding surfaces gives the surgeon the flexibility to adapt the implant to the patient. The EnduRo system is based on the use of proven cobalt-chromium-molybdenum components in combination with carbon fiber reinforced PEEK for the materials of the axis-bearing components. Promising in-vitro results have indicated that and increased longevity of these implant components can be expected [1]. In addition, the optional AS Advanced Surface version can reduce the release of metal ions and improve wear behavior, which was demonstrated during in-vitro experiments [2-5]. Precise implementation of the preoperative planning in the operating room is essential for the success of the procedure. The EnduRo instruments are designed to support just that and enable reproducible surgical procedures for the physician and the team.

Aesculap OrthoTray®

The new Aesculap instrument storage system is designed to improve efficiency of the entire instrument cycle. This is possible due to the specially designed cleaning friendly IQ instrumentation which has been fully validated for us in the new washing and reprocessing system. The instruments can remain within the storage after the pre-cleaning for the entire preparation process. Work steps such as re-packaging of the instruments after the washing process, are omitted. Packaged in the Aesculap sterile container, Aesculap OrthoTray®s can be transported and stored maintaining sterility.

Aesculap Reset®

Aesculap Reset® is an intelligent improvement of the Aesculap OrthoTray® configuration. All size-specific instruments are packed such that only the sizes desired by the surgeon are used. Thus, the instrument and tray volumes in the entire instrument cycle are reduced by up to 50 %. Aesculap facilitates, as size-specific storage and washing system, the work of all the participants in the entire process.

IQ Instruments

Intuitive & Quick – under this theme, the new IQ instrument platform for Aesculap knee systems was developed by Aesculap. The IQ platform offers functionality, precision, ergonomy and efficiency in the OR.

Pracownik ochrony zdrowia trzyma zielony znak wskazujący drogę

TOTAL pathway

Interdyscyplinarne podejście obejmujące analizę procesów przed-, śród- i pooperacyjnych oraz spersonalizowane działania optymalizacyjne, ukierunkowane na poprawę wyników chirurgicznych, satysfakcji pacjentów i efektywności procesów.

Poznaj rozwiązanie doradcze TOTAL pathway

Skontaktuj się z naszymi ekspertami

Thank you very much for your request!

check_circle

Odpowiednia osoba skontaktuje się z Tobą tak szybko, jak będzie to możliwe.

Your request could not be submitted. Please try again.

warning

Materiały źródłowe

  1. Lützner J, Beyer F, Lützner C, Tille E, Postler AE. A Novel Multilayer-Coating for Total Knee Arthroplasty Implants is Safe – 10-Year Results from a Randomized-Controlled Trial. J Arthroplasty. 2022 Jul 31.