Bioplate products

Titanium

Bioplate - Customized Plate and Screw Sterile Kits for Craniofacial Surgery

Bioplate offers customized sterile kits tailored for craniofacial surgical procedures that require metallic internal fixation to align and stabilize bony tissue. These kits are designed for use in procedures such as craniofacial skeletal reconstruction and the repair of traumatic fractures. Each kit includes the necessary plates and screws, and can be configured based on the specific needs outlined by the surgeon, considering the anatomical and functional demands of the patient. The kits are delivered sterile and ready for immediate use, offering simplicity in inventory management from shelf to operating room. With a focus on facilitating natural tissue regeneration, Bioplate's sterile kits provide a cost-effective solution that does not compromise on the quality. Biocompatible materials such as titanium are utilized in these kits to ensure safety and effectiveness, although surgeons are advised to evaluate the types of fixation devices based on the specific case and patient requirements. Potential risks and contraindications should also be clearly communicated to patients.

MaxFax - Maxillofacial Surgery

The MaxFax Basic Kit by Bioplate is a highly adaptable and efficient solution for maxillofacial reconstructive surgery, trusted by leading surgeons for its modular and lightweight design. Engineered to address the intricate needs of fixation procedures, this customizable kit comprises frequently utilized Ø1.2mm, Ø1.5mm, and Ø2.0mm plates, mesh, and screws, all crafted from high-grade titanium and titanium alloy. These components ensure a strong, reliable framework with minimal inventory needs. This versatile system allows for extensive customization, enabling surgeons to swiftly adapt to specific surgical requirements while maintaining cost-effectiveness. The exceptional design aids in handling complex surgical tasks, enhancing procedural efficiency, and reducing surgical times. Whether for standard or intricate reconstructions, the Bioplate MaxFax Basic Kit provides a versatile and dependable solution tailored to the demands of modern surgical practices.

Other Products

Bioplate - Osteopore Bioresorbable Bone Scaffold for Craniotomies

The Osteopore Bioresorbable Bone Scaffold is specifically designed to address craniotomy gaps, promoting improved aesthetics, reduced pain, and enhanced patient satisfaction. Made from polycaprolactone, this biocompatible implant fully resorbs over a span of 18-24 months via in vivo hydrolysis. Its 3D-printed structure mimics cancellous bone, encouraging vascularization and tissue integration. This interconnected porous architecture is ideal for tissue ingrowth, thus aiding in effective bone regeneration. With its design, the scaffold adapts to the shape of cranial defects, optimizing direct contact with viable bone, while being non-radioactive and MRI-safe. However, it`s unsuitable for load-bearing regions and areas exposed to environmental influences. Warnings include avoiding repeated sterilization and maintaining sterility of packages. Potential risks include infection, scaffold material reactions, and neurovascular issues, emphasizing the importance of following surgical guidance.

CRANIOFIT - Customized PEEK Cranial Plates for Complex Cranioplasty

The CRANIOFIT Customized PEEK Plates are tailored to address intricate cranial deformities, offering a solution designed for precision in craniofacial reconstructive surgery. These plates are crafted from polyetheretherketone (PEEK), a clinically validated bioengineered material known for its robustness, comfort, and longevity. They are lightweight and customized to enhance facial symmetry and patient satisfaction, while minimizing postoperative complications. Indicated for replacing bony voids in cranial and craniofacial skeletons, excluding maxillofacial regions, these implants avoid complications such as infection and poor blood supply, enhancing the reliability in surgical outcomes. It`s crucial to avoid use in patients with systemic infections or significant degenerative diseases. Potential risks include material allergies and implant movement but are mitigated with proper surgical care.