Tornillo de carpa GBR - Medio roscado
$15.00 as low as $13.50Precio unitario /AgotadoTornillo de carpa GBR - Rosca completa
$15.00 as low as $13.50Precio unitario /AgotadoTornillo para hueso GBR Ø1,6 mm
$69.90 as low as $62.91Precio unitario /AgotadoTornillo para hueso GBR Ø1,4 mm
$69.90 as low as $62.91Precio unitario /AgotadoTornillo para hueso GBR Ø2.0mm
$69.90 as low as $62.91Precio unitario /AgotadoImplantes GDT Tornillo de bloqueo GBR
$25.00 as low as $22.50Precio unitario /Agotado- $69.90 as low as $62.91Precio unitario /Agotado
Tornillo Bone Tac de 3,5 mm - Caja roja
Desde $135.00Precio unitario /AgotadoTornillo Bone Tac 5.0 mm - Caja azul
Desde $135.00Precio unitario /Agotado
FAQs
Dental screws and bone tacs are transformative catalysts in guided bone regeneration, anchoring the future of periodontal surgery. WholeDent’s titanium-crafted solutions, designed for securing membranes and mesh plates, create stable environments for bone growth by preventing soft tissue intrusion. Their self-drilling, differential-thread designs ensure robust fixation without cumbersome tools, streamlining complex procedures like ridge augmentation. These devices excel in confined spaces, offering clinicians unparalleled control. By stabilizing grafts with precision, they enhance bone formation predictability, critical for implant success. Beyond mechanics, they embody innovation, reducing surgical time and patient discomfort while maximizing regenerative outcomes. In the hands of a skilled surgeon, screws and tacs are not just hardware - they’re the scaffolding of dental restoration, shaping healthier futures.
Advanced screws and tacs redefine bone grafting by merging simplicity with surgical rigor. WholeDent’s offerings, made from biocompatible titanium, ensure secure membrane fixation and graft stability, vital for procedures like sinus lifts. Their advantages include:
Ease of Use: Self-drilling designs eliminate pilot holes, reducing complexity.
Stability: Differential threads enhance membrane retention, minimizing migration.
Biocompatibility: Titanium minimizes tissue reactions, promoting healing. These features translate to shorter surgeries, lower complication rates, and enhanced patient recovery. Autoclavable and color-coded for intuitive selection, they integrate seamlessly into high-pressure workflows. By providing reliable fixation in challenging anatomies, these tools empower clinicians to achieve consistent bone regeneration, transforming intricate grafting into a streamlined process that prioritizes both efficiency and patient safety.
The GDT Implants Bone Tac Screw 5.0mm - Blue Case is a surgical game-changer, engineered for precision in guided bone regeneration. Crafted from Grade 5 titanium, its differential thread secures PTFE or mesh membranes with push-button ease, eliminating the need for hammers. The accompanying stainless steel case, holding up to 20 tacs, streamlines access with a user-centric design. Ideal for tight spaces, these 5.0mm tacs ensure stable fixation in challenging cases like bone defect repairs. Their single-handed application enhances efficiency, while sterile packaging guarantees safety. This system doesn’t just fixate membranes - it redefines procedural agility, enabling surgeons to navigate complexity with confidence and deliver predictable regenerative outcomes that elevate patient care.
The GDT Implants GBR Bone Screws Ø1.4mm - 5 Screws are precision instruments for bone regeneration, tailored for intricate surgeries. Their self-tapping, self-drilling titanium design ensures effortless cortical bone penetration without pilot holes. To select the right screw, consider: Is space limited? Choose these for tight anatomies. Need flush fixation? The head design minimizes gaps, enhancing biocompatibility. Complex graft? Fine threads maximize clamping force. These screws secure titanium mesh or membranes in procedures like reconstructive grafting, offering high retention and low torque. Color-coded for intuitive use, they reduce procedural errors. By stabilizing grafts with surgical accuracy, they foster robust bone formation, making them indispensable for clinicians aiming to master challenging regenerative cases with efficiency and reliability.