Investment In Shoulder Arthroscopy And Arthroplasty Instruments

2026-07-10

Aoyujian Medical Technology is proud to announce a new investment initiative focused on the development and manufacturing of advanced shoulder surgery instruments and implants. This project represents our commitment to addressing the growing global demand for high-quality solutions in shoulder arthroscopy, trauma fixation, and joint replacement. The investment will be directed toward upgrading specialized production equipment, enhancing R&D capabilities, and establishing dedicated lines for shoulder instruments. Our engineering team is collaborating with experienced orthopedic surgeons to ensure that every product—from suture anchors and arthroscopic tools to anatomical plates and prosthetic systems—is designed with clinical precision and surgeon feedback in mind. This initiative reflects an important step in expanding Aoyujian’s comprehensive orthopedic portfolio. With shoulder injuries and degenerative conditions on the rise worldwide, particularly in sports medicine and aging populations, we see significant opportunities to support hospitals and clinics with innovative, reliable, and CE-certified products. By investing in this field, we aim not only to provide surgeons with instruments that improve surgical efficiency but also to help patients achieve faster recovery and ...

Strategic Partnership With African Distributor

2026-07-10

Aoyujian Medical Technology is pleased to announce the establishment of a strategic distribution partnership with a trusted healthcare company in Africa, further strengthening our presence in this rapidly growing market. This collaboration marks an important milestone in expanding the availability of Aoyujian’s trauma, spine, and joint solutions across multiple countries in the region. Through this partnership, we will combine Aoyujian’s expertise in precision engineering and high-quality manufacturing with our partner’s strong local network and deep understanding of regional healthcare needs. Together, we aim to provide hospitals, clinics, and surgeons with reliable access to CE-certified orthopedic implants and surgical instruments, supported by timely logistics and responsive after-sales service. Beyond product distribution, both parties are committed to working closely on professional training programs, market development initiatives, and product adaptation to better align with the specific requirements of African healthcare providers. This cooperative approach ensures that surgeons receive not only advanced products but also the knowledge and support to achieve better outcomes for patients. The agreement underscores Aoyujian’s long-term vision for Africa: to build sus...

New Production Facility Expansion Completed

2026-07-10

We are pleased to announce the successful completion of our new production facility in Changzhou, marking a significant milestone in Aoyujian Medical Technology’s growth. This expansion project was driven by our commitment to provide global partners with a more reliable supply of high-quality orthopedic implants and instruments. The upgraded facility is equipped with state-of-the-art CNC machining centers, advanced precision inspection systems, and modern cleanroom packaging lines. These enhancements not only strengthen our ability to produce complex orthopedic devices with high accuracy but also ensure that every product complies with ISO13485 and CE certification requirements. By integrating digitalized production management and strict quality control processes, the new site raises our overall efficiency and consistency. With the additional capacity, we are now able to shorten delivery times, increase output, and respond more flexibly to customized orders. This means our partners worldwide can count on us for stable supply, even as global demand for orthopedic solutions continues to grow. Beyond production, the facility also includes expanded space for R&D and product testing, creating room for innovation and faster development of new solutions tailored to different markets. This expa...

Posterior Cervical Screw System: Precision Fixation Implant For Cervical Spine Surgery

2026-07-10

The Posterior Cervical Screw System is a specialized high-precision spinal internal fixation implant designed for posterior cervical spine stabilization and reconstructive surgery. Developed based on human cervical anatomical characteristics and spinal biomechanical principles, this screw system provides rigid three-dimensional fixation for cervical degenerative diseases, traumatic fractures, spinal instability and deformity correction. As a core implant for posterior cervical minimally invasive surgery, it is widely adopted in spine surgery centers to achieve safe and reliable cervical spine reconstruction. Different from conventional spinal fixation devices, the posterior cervical screw system features individualized anatomical design with optimized screw diameter, thread pitch and screw length. It is specially tailored for the small bone volume and complex neural vascular distribution of the cervical vertebrae. The precision thread structure enhances bone holding force, effectively preventing screw loosening and withdrawal, especially suitable for patients with osteoporosis and poor bone quality. Combined with matching connecting rods and locking structures, it forms a stable posterior fixation frame to restore cervical spinal mechanical balance. This system supports multi-point fixation across...

Expert Femoral Intramedullary Nail: Minimally Invasive Core Implant For Femoral Fracture Fixation

2026-07-10

The Expert Femoral Intramedullary Nail is a professional anatomically contoured implant designed for minimally invasive fixation of diverse femoral fractures. Compliant with classic AO orthopedic standards and optimized for real clinical trauma scenarios, this intramedullary nail adopts central axis fixation technology, serving as the preferred solution for femoral shaft fractures, metaphyseal injuries, comminuted fractures and osteoporotic femoral lesions in modern orthopedic minimally invasive surgery. Compared with traditional cortical plate fixation, the expert femoral nail achieves stable internal fixation inside the femoral medullary cavity without extensive periosteal dissection and soft tissue trauma. It fully protects the local blood supply of fracture sites, effectively promoting callus proliferation and accelerating bone union. Featuring precise anatomical bending, the nail perfectly matches the natural physiological curvature of the human femur, eliminating excessive intraoperative shaping and trimming, simplifying surgical procedures and greatly improving operation efficiency and accuracy. The implant is designed with multi-angle distributed locking holes at both proximal and distal ends, enabling multi-plane screw fixation. The integrated nail-screw locking structure forms a rigid in...

Tibial Intramedullary Nail Instrument Set: Standard Minimally Invasive System For Tibial Fracture Fixation

2026-07-10

The Tibial Intramedullary Nail Instrument Set is a complete standardized surgical toolkit developed for minimally invasive intramedullary nailing of tibial fractures. Complying with classic AO orthopedic principles, this integrated system covers all instruments required for tibial intramedullary nail implantation, reduction, positioning and locking. It is specially optimized for the anatomical characteristics of the human tibial medullary cavity, widely used in clinical treatment of tibial shaft fractures, proximal and distal tibial metaphyseal fractures, and post-traumatic fracture malunion correction, serving as the mainstream minimally invasive solution for lower limb long bone fractures. Different from conventional plate fixation instruments, this intramedullary nail toolkit adopts an intramedullary centering design concept. It eliminates extensive periosteal stripping and soft tissue dissection caused by external plate implantation, effectively protecting local blood supply of fractured bone and accelerating callus regeneration. The complete set includes medullary cavity reamers, guide wires, reduction instruments, proximal and distal locking drills, positioning guides and dedicated installation accessories. All tools are precisely matched in specification, supporting one-stop standardized ope...

Tibial Plateau Locking Plate: Precision Locking Implant For Proximal Tibial Fracture Fixation

2026-07-10

The Tibial Plateau Locking Plate is a specialized anatomical internal fixation implant designed for the treatment of proximal tibial and tibial plateau fractures. Tailored to the unique irregular morphology of the human tibial plateau, this locking plate system adopts an anatomical pre-bent design, perfectly matching the lateral and medial proximal tibial structure. As a core implant for knee joint peripheral fracture surgery, it is widely used in orthopedic trauma and joint reconstruction procedures, providing rigid and stable fixation for complex intra-articular tibial fractures. Different from traditional ordinary compression plates, the tibial plateau locking plate features a unique screw-plate locking structure. The threaded screw holes enable precise locking connection between screws and the plate body, forming a stable integrated frame structure. This design effectively resists screw loosening, withdrawal and displacement, greatly improving the overall fixation stability. It avoids the stress shielding problem of conventional plates and maintains lasting mechanical support, which is particularly suitable for unstable comminuted fractures and osteoporotic patients with poor bone quality. The plate adopts an optimized low-profile anatomical contour, which fits closely with the cortical bone s...

Cancellous Screw: Specialized Bone Fixation Implant For Spongy Bone Tissue

2026-07-10

The cancellous screw is a core orthopedic internal fixation implant specially designed for spongy bone tissue fixation, widely applied in the treatment of metaphyseal fractures, joint peripheral fractures and osteoporotic bone injuries. Different from conventional cortical screws, it adopts a unique structural design tailored to the loose and porous characteristics of cancellous bone, providing powerful holding force and stable fixation effect for low-density bone tissue. Following standardized AO orthopedic principles, the cancellous screw has become an essential implant for routine fracture fixation and orthopedic reconstructive surgery in modern orthopedics. The most prominent feature of the cancellous screw is its wide thread pitch, deep thread depth and large-diameter threaded section. This specialized structure can fully engage with porous cancellous bone, greatly increasing the contact area between the screw and bone tissue. It effectively avoids screw loosening, withdrawal and fixation failure that commonly occur in osteoporotic bone fixation, delivering superior pull-out resistance and torsional stability. Most cancellous screws adopt a partial thread design, which enables accurate compression of fracture ends while reserving space for bone healing, promoting tight attachment of broken bon...

DCP Humeral Plate: Precision Dynamic Compression Implant For Humeral Fracture Fixation

2026-07-10

The DCP Humeral Plate is a standard dynamic compression orthopedic implant designed for the internal fixation of various humeral fractures. Following classic AO fracture fixation principles, this plate system provides reliable mechanical stability and automatic interfragmentary compression, effectively promoting bone healing for humeral shaft, proximal and distal humeral fractures. Widely used in routine orthopedic trauma surgery, it serves as a mainstream implant for humeral fracture reduction and permanent fixation. The core feature of the DCP (Dynamic Compression Plate) design lies in its precision oblique screw hole architecture. During screw insertion, the screw slides along the hole’s inclined track, generating continuous and uniform dynamic compression between fractured bone segments. This compression eliminates fracture gaps, enhances bone contact tightness, and stimulates callus formation, which accelerates bone union and reduces nonunion risks. The plate is pre-contoured according to human humeral anatomical morphology, enabling close bone fitting without excessive intraoperative bending and trimming. Clinically adaptable, the DCP Humeral Plate is suitable for multiple humeral injuries, including simple and comminuted humeral shaft fractures, stable proximal humeral fractures, dist...

Pelvic External Fixator-Three Section Type: Modular Stabilization System For Pelvic Trauma

2026-07-10

The Three Section Type Pelvic External Fixator is a specialized modular orthopedic fixation system designed for emergency management and staged reconstruction of pelvic fractures. Different from conventional integrated fixators, its unique three-section segmented structure provides flexible adjustability and precise contour adaptation to the complex irregular anatomy of the human pelvis. Widely applied in severe pelvic trauma, pelvic ring instability and post-traumatic pelvic orthopedic repair, it has become essential standardized equipment for emergency orthopedics and trauma critical care. Featuring an optimized three-section split design, the fixator consists of adjustable left and right support sections and a central connecting section. This segmented structure allows independent fine adjustment of angle, height and spacing on both sides, perfectly fitting different pelvic widths, deformity degrees and asymmetric pelvic displacements. Surgeons can achieve accurate pelvic ring reduction, restore normal pelvic anatomical symmetry, and establish stable three-dimensional mechanical support. The modular combination structure ensures fast intraoperative assembly, greatly improving the efficiency of emergency trauma surgery. Clinically, this fixator is mainly indicated for unstable pelvic ring fractu...

AO Lower Limb External Fixator Instrument Set: Standardized Modular System For Lower Extremity Trauma

2026-07-10

The AO Lower Limb External Fixator Instrument Set is a standardized, modular orthopedic surgical toolkit developed in accordance with classic AO trauma principles, specially designed for external fixation and reconstruction of lower extremity injuries. Tailored for the mechanical characteristics and anatomical structure of the femur, tibia, fibula and ankle joint, this professional set provides complete instrument support for emergency trauma treatment, staged fracture fixation and lower limb deformity correction, serving as a mainstream standard system in modern lower limb orthopedic trauma surgery. Adhering to the AO systematic trauma treatment concept, the instrument set features highly standardized modular configuration. It covers core surgical tools including fixation pins, connecting rods, universal clamps, precision drills, positioning guides and dedicated installation accessories. All components follow unified AO specification standards, enabling flexible and free combination. Surgeons can quickly assemble personalized fixation frames according to different fracture types, limb thicknesses and soft tissue conditions, achieving accurate fracture reduction and stable three-dimensional fixation. Clinically versatile, this set is widely applicable to various lower limb injuries, including open...

Ring Fixator: Advanced External Fixation System For Orthopedic Reconstruction

2026-07-10

The Ring Fixator is a sophisticated modular external orthopedic fixation system widely utilized for complex fracture treatment, limb deformity correction, bone lengthening, and post-traumatic limb reconstruction. Different from conventional single-sided external fixators, the ring-type circular structure provides comprehensive, three-dimensional skeletal stabilization, making it ideal for complicated limb injuries that cannot be effectively treated with internal fixation or ordinary external fixation devices. It has become a vital core device in orthopedic trauma surgery, pediatric orthopedics and reconstructive surgery worldwide. Featuring a highly flexible modular design, the Ring Fixator consists of precision metal rings, adjustable connecting rods, universal joint connectors, fixation pins and auxiliary positioning accessories. The multi-ring symmetrical structure achieves uniform force dispersion on the fractured bone, avoiding stress concentration and limb torsion. Surgeons can freely adjust the frame angle, height and tightness intraoperatively to adapt to different limb thicknesses, fracture types and deformity degrees, realizing personalized and accurate orthopedic fixation. This fixator system is applicable to a wide range of clinical scenarios, including comminuted open fractures, unsta...