Talon Peek-Ti Knotless Anchors

The Talon Peek-Ti Knotless Anchor is an innovative orthopedic implant primarily composed of biodegradable polymer and titanium alloy. Its uniqueness lies in its Knotless design, eliminating the traditional step of tying knots and simplifying the surgical process. This anchor is primarily used for the repair of rotator cuff tissues, securely reattaching torn tendons or ligaments to the bone while maintaining their biomechanical stability. The compact design, ease of insertion, and use of biodegradable materials make the Talon Peek-Ti Knotless Anchor an innovative tool in orthopedic surgery, providing patients, especially osteoporotic patients, with a more efficient and reliable treatment option. Manners Technology’s emphasis on material selection and precise manufacturing of the unique design enables accurate implantation during surgery, offering a reliable solution for patient recovery and treatment.

Applications

The Talon Peek-Ti Knotless Anchor, as an advanced and versatile orthopedic implant, finds widespread applications across various surgical fields, providing surgeons with efficient and reliable surgical solutions. Its development aims to address the increasing incidence of sports-related injuries. The design of this anchor builds on significant advancements in the field of suture anchors, aiming to overcome previous limitations in anchor materials and designs.

In rotator cuff tear repair surgeries, the Talon Peek-Ti Knotless Anchor streamlines the surgical steps with its Knotless design, improving the suturing outcome and offering surgeons a more convenient operating experience. In the realm of ligament reconstruction, its reliable support and robust stability contribute to accelerating the ligament healing process, providing patients with more secure joint support.

Beyond its primary application in the reattachment of rotator cuff tissues in shoulder tear repairs, the innovative design of the Talon Peek-Ti Knotless Anchor extends its utility to the repair of other musculoskeletal tissues. This includes areas such as femoroacetabular impingement, meniscus tears, patellar tendon ruptures, Achilles tendon ruptures, among others. Moreover, its reliability in small joint surgeries allows for adjustable suturing force in minimally invasive procedures involving the wrist, fingers, and other small joints, promoting effective skeletal healing.

When surgeons choose an appropriate anchoring device, understanding how anchoring features and biomechanics influence their use is crucial. The diversity in materials, shapes, designs, and sizes of anchors, coupled with the pursuit of biomechanical stability, enables the Talon Peek-Ti Knotless Anchor to exhibit unique advantages in various clinical scenarios. As a specialized manufacturer of medical products, Manners Technology can offer flexibility in aspects such as size, design, composition, insertion techniques, and fixation strength, meeting the personalized needs of customers in clinical applications.

Manufacturing

The manufacturing requirements of the Talon Peek-Ti Knotless Anchor are closely related to its design and material characteristics. As an alternative to pure metal suture anchors, synthetic polymer compounds that are biodegradable/bioabsorbable have been developed for clinical use. These compounds can maintain their state while a part of the body heals and then degrade when the device is no longer needed in that area, naturally eliminating without leaving a trace. Selecting materials with sufficient strength, capable of withstanding high physiological loads without deformation or fracture, and exhibiting mechanical properties close to human bone is essential, while also ensuring they do not trigger adverse reactions upon insertion into the body. The Talon Peek-Ti Knotless Anchor employs polyetheretherketone (PEEK) and titanium alloy (Ti) materials, both known for their excellent biocompatibility and biomechanical performance. Manners Technology ensures that the selected materials meet the highest standards in the medical industry, posing no harm to patients.

Due to its complex structural design, the manufacturing process of the Talon Peek-Ti Knotless Anchor relies on advanced Computer Numerical Control (CNC) technology and high-precision processing equipment. This involves highly precise processing of various parts of the anchor to ensure the reliability of the anchoring system. To meet these requirements, Manners Technology utilizes advanced processing techniques such as laser cutting and electrical discharge machining to meet the specific design needs. The entire processing process must guarantee the accuracy and consistency of the anchor’s structure, which is crucial for the functionality and performance of the Talon Peek-Ti Knotless Anchor.

The surface treatment of the anchor body is crucial for its biocompatibility and biomechanical performance when implanted in the body. Manners Technology employs meticulous surface treatments such as sandblasting and anodization to enhance its surface roughness and bone integration capability.

Manners Technology is committed to providing high-quality medical devices for the healthcare industry, rigorously controlling the size, shape, and performance of each Talon Peek-Ti Knotless Anchor to ensure compliance with design specifications. Through advanced processing equipment and a professional team, we ensure that every detail of the Talon Peek-Ti Knotless Anchor meets the medical industry’s demand for high precision, providing reliable orthopedic surgical solutions for doctors and patients.