Osseointegration of Tantalum Trabecular Metal in Titanium …
This study aimed to investigate the impact of the Tantalum Trabecular Metal dental implant design on implant stability and the process of osseointegration following its placement in the rabbit femoral condyle. The subjects for the experiment consisted of 10 New Zealand white rabbits. Twenty implants, comprising 10 Trabecular Metal (TM) and …
Trabecular Metal Total Ankle
Fig. The Zimmer® Trabecular MetalTM Total Ankle is an implant and instrument system engineered to preserve motion in ankle arthroplasty patients. The semiconstrained device is designed to provide joint mobility by restoring alignment, reducing pain, and preserving the flexion/ extension movement within the ankle joint.
New bone formation and trabecular bone microarchitecture …
Results. Histomorphometry revealed significantly more new bone in the TM than in the TSV implants at each healing time (p = .0014, .0084, .0218, and .0251). Calcein‐labeled data showed more newly mineralized bone in the TM group than in the TSV group at 2, 8, and 12 weeks (p = .045, .028, .002, respectively) but not at 4 weeks (p = …
Trabecular Metal Acetabular Revision System | Zimmer Biomet
The Zimmer Biomet Trabecular Metal Acetabular Revision System (TMARS) combines clinically proven Trabecular Metal Technology 1–3 with the ability to tailor individualized …
Trabecular Metal™ Technology
Trabecular Metal Material can be used to create an entire implant resembling normal bone, unlike other porous joint replacement materials that can only be coated or sprayed onto an implant surface. Trabecular Metal Technology is currently used with knee, hip and spine products. The advantages of Trabecular Metal Material.
Effects of porous tantalum on periprosthetic bone …
When Trabecular Metal™Primary Hip Prosthesis is used for THA, assuming that BMD at 6 month after THA is , 93 subjects are needed for each group with α = 0.05, β = 0.1 and S.D. = 25% to ...
Trabecular Metal Technology | Zimmer Biomet | Zimmer …
A particular, highly porous biomaterial, Trabecular Metal Material is made from elemental tantalum with structural, functional, and physiological properties similar to that of bone. 1 …
Trabecular Metal Acetabular Revision System (TMARS)
With the Trabecular Metal Revision Shell and/or other Trabecular Metal implant components in place, assess the stability of the construct within the acetabulum. When additional stability is needed, the Trabecular Metal Acetabular System Cage can be used to provide initial stability until biological ingrowth within the Trabecular Metal Material ...
Trabecular Metal Implant Clinical Compendium
Revision Of Peri-Implantitis-Related Failure With Trabecular Metal Implant: 6-Year Follow Up. 33 Revision Of Failed Implant With Guided Bone Regeneration And Trabecular Metal Implant: 3-Year Follow-Up. 34 ®Immediate Revision With Puros Allograft-Stabilized Trabecular Metal Implant: 5-Year Follow Up. 36 Additional Publications 37 References 38
Trabecular Metal Implant
Revision with a Trabecular Metal Implant (left) and TSV Implant (right). Six-year result. • survival after one year in postablative cancer patients21 • 97.2% survival after …
Trabecular Metal Dental Implants | ZimVie USA
Trabecular Metal Technology is a three-dimensional material, not an implant surface or coating. Trabecular Metal Material is similar to cancellous bone 4-6. Trabecular Metal Material is made of tantalum, …
Trabecular Metal Acetabular Revision System Buttress …
Identify the hip center and use progressively larger reamers to size and shape the acetabulum for the Trabecular Metal Revision Shell (Fig. 2). Hold the reamer steady in the intended position and orientation in which the shell will be implanted. Reassess the acetabulum to evaluate. the quality of bone and defect type.
Trabecular Metal® Technology
Trabecular Metal material supports vascularization and biologic in-growth 4-7. Greater screw engagement and less bone removal than convex base plate designs 8. …
Acetabular Revision Surgery with Tantalum Trabecular Metal …
Trabecular metal (TM, Zimmer Biomet, Warsaw, Indiana) is made of highly porous tantalum. It facilitates bone ingrowth and initial stability, owing to its low modulus of elasticity and high frictional characteristics [7,8,9]. TM cups have been demonstrated to lead to successful clinical outcomes and survivorship in revision hip surgery .
Clinical applications of Trabecular Metal
Trabecular Metal (porous tantalum) offers a viable solution to several challenges in orthopedic reconstructive surgery, including monoblock acetabular cups, avascular necrosis intervention devices, and total hip reconstruction in situations of massive femoral bone loss. Porous tantalum approaches the ideal biomaterial: it is porous, strong ...
Trabecular Metal Dental Implants
Discovery of the BioBoost Effect unveils the science behind the seemingly super natural response to the Trabecular Metal Implant. The BioBoost Effect is a multiplication of naturally-occurring growth factors to deliver faster healing and earlier bone formation than traditional implants. 1-8; The BioBoost Effect, only available on the Trabecular Metal …
Trabecular Metal™ Femoral and Tibial Cone Augments
Trabecular Metal material is the most advanced fixation surface available for orthopaedic implants. Clinical use since 1997 demonstrates that this innovative technology provides excellent initial scratch fit and stable, long-term fixation. No other porous metal material so closely resembles the structure, function and physiology of cancellous bone.
Zimmer Biomet: Innovations in Orthopedic Care
Exclusive Distributor: Zimmer, Inc., 1800 West Center St., Warsaw, Indiana 46581-0587, USA, zimmerbiomet. All names used in the mymobility app examples are fictitious. No identification with actual patients or health care professionals is intended or should be …
Impianto Trabecular Metal Compendio clinico
Carico immediato di impianti dentali in titanio rinforzato con Trabecular Metal: Risultati intermedi di uno studio PoP internazionale.1,2,3 5 ®Carico immediato dell'impianto: un confronto tra gli impianti dentali Trabecular Metal e Tapered Screw-Vent .4 6 5-7Carico immediato di impianti in tantalio in siti post-estrattivi: outcome a lungo ...
Bespoke Implant Report
All Trabecular Metal Cups Stratified Log-rank test, with observed and expected number of revisions Adjustment All Trabecular Metal Cups All non TM cementless cups p-value Cox Proportional Hazards model for revision risk ratio of All Trabecular Metal Cups / All non TM cementless cups Unadjusted 0.016 Adjusted 0.036 0.0% 0.5% 1.0% 1.5% 2.0% 2.5% ...
Trabecular Metal Technology | Zimmer Biomet | Zimmer …
A particular, highly porous biomaterial, Trabecular Metal Material is made from elemental tantalum with structural, functional, and physiological properties similar to that of bone. 1 The material features a open, engineered and interconnected pore structure to support biological fixation and vascularisation. 1,2 The material has over 20 ...
POROUS TANTALUM TRABECULAR METAL: A …
Mechanical integrity between Trabecular Metal Material and a single-tooth implant Dillion et al.38 conducted a mechanical experiment to determine the ability of a 3-dimensional Trabecular Metal Material bone graft to support an implant-supported, single-tooth restoration.No failure of the Trabecular Metal Material or at the interface was
Trabecular metal acetabular components in primary total …
Trabecular metal (TM) cups have demonstrated favorable results in acetabular revision and their use in primary total hip arthroplasty (THA) is increasing. Some evidence show that TM cups might decrease periprosthetic infection (PPI) incidence. We compared the survivorship of TM cups with that of other uncemented cups in primary …
Full article: Trabecular metal acetabular components in primary total
Trabecular metal (ZimmerBiomet, Warsaw, IN, USA) is made of porous tantalum and has been shown to provide higher porosity, increased initial stability, and good bone ingrowth qualities (Bobyn et al. Citation 1999, Beckmann et al. Citation 2014). These advantages make it an attractive option in both primary and revision THA.
Zimmer Trabecular Metal Humeral Stem
Trabecular Metal Material supports biologic ingrowth to facilitate fracture healing Flexibility to reconstruct the anatomical center of rotation and restore normal joint kinematics. Enables vascularization at the fracture site. Maximizes bone and soft-tissue ingrowth2,3. More normal bone. Multiple neck angles and head options to optimize ...
Trabecular Metal® Acetabular Revision System
Breaking the Revision Cycle. The Zimmer Biomet Trabecular Metal Acetabular Revision System (TMARS) combines clinically proven Trabecular Metal Technology 1–3 with the ability to tailor individualized solutions for each patient. From simple to complex revision arthroplasty, this combination sets the standards for acetabular reconstruction.
(PDF) Tantalum as Trabecular Metal for …
By definition, porous meta ls (or trabecular metals) pr esent a cellular structure c har- acterized by a three - dimensional network of interconnected pores ; they are of particular interest for ...
Zimmer® Trabecular Metal™ Femoral and Tibial Cone Augments
Trabecular Metal™ Femoral and Tibial Cone Augments. The Zimmer Biomet Trabecular Metal Cones* offer an optimal combination of material and design providing structural support in the area of bone loss and offering an alternative to grafting procedures. Trabecular Metal Material is biocompatible, up to 80% porous, and is structurally similar …
Trabecular Metal™ Technology | Zimmer Biomet
Zimmer Biomet's Trabecular Metal Material is a unique, highly porous biomaterial made from elemental tantalum with structural, functional, and physiological properties similar to …
Tantalum as Trabecular Metal for Endosseous Implantable …
Two trabecular metals are commonly used for endosseous prosthetic implants: Ta and Ti (and their alloys). Since trabecular Ti shows some limitations, such as low porosity, low coefficient of friction, and an elastic modulus different from that of bone, trabecular Ta is usually preferred. It is characterized by a three-dimensional structure …