ATOM Medical Devices Blog

  Model Number: TI-5.5 / 6.0 Material: Titanium alloy Application:Posterior internal fixation of thoracolumbar, lumbosacral, coccygeal and iliac Compatible Instruments: ADB02 This system product consists of pedicle screws,  titanium rods , set screws, and other components. The pedicle screw is designed with a through cannulation along the central axis of the screw body. This cannulated design enables  minimally invasive percutaneous pedicle screw  internal fixation technology. It offers advantages including reduced surgical blood loss, minimized muscle and soft tissue dissection, alleviated postoperative pain, faster recovery, smaller incisions and scars, and shorter hospital stay. Moreover, it preserves the benefits of satisfactory reduction and strong fixation from internal fixation surgery. Patients can ambulate early, which facilitates rehabilitation training and enables earlier return to work. Spinal minimally invasive surgery is characterized by precise operati...

  Overview     The  self-stabilizing cervical fusion cage  is an intervertebral spacer made of radiolucent PEEK (polyether–ether ketone) with integrated pure-tantalum X ray markers. It is inserted between two cervical vertebrae and secured with titanium-alloy screws, restoring disc height and normal cervical lordosis. The cage’s unique design uses a distraction–compression stabilization mechanism (originally described by Bagby) to achieve immediate segmental stability: by distracting the disc space and then locking the implant, opposing forces are generated that resist rotation and shear, providing early fixation to aid fusion. In practice, the cage reconstructs the anterior spinal column after discectomy, bears axial loads in place of the removed disc, and maintains tension in the annulus and ligamentous structures. While it provides instant stability, ultimate fusion depends on bony ingrowth through and around the implant. Product Features Immediate ...

  Suture anchor fixation   for inferior pole patellar fractures is a minimally invasive surgical method suitable for small fracture fragments that are difficult to stabilize using traditional plates or screws.   The core of the technique involves implanting anchors combined with high-strength sutures to reconstruct the attachment point of the patellar ligament to the fracture fragment, thereby restoring joint stability. The procedure requires precise fracture reduction, proper anchor selection, and emphasis on postoperative rehabilitation exercises to reduce the risk of joint stiffness. Indications and Principle   Inferior pole patellar fractures are often caused by direct trauma or sudden, forceful contraction of the quadriceps. Due to the small size of the fracture fragment and its proximity to the patellar ligament insertion point, conventional internal fixation methods may fail.   Anchor fixation is particularly suitable for small fragments (<1.5 cm) or c...

ATOM   is a leading manufacturer of standardized orthopedic implants   and instruments for global distributors and importers. We offer a full product range covering trauma , spine , joints, sports medicine, and CMF — all supported by complete surgical instrument sets. Our products are designed for frequent orders, low MOQ, and fast turnaround, making them ideal for emerging markets and high-volume distribution. With in-house R&D, a certified lab, and modern production lines, we also support OEM/ODM services for partners who need private label or custom solutions.