Orthopedics Products

In posterior spinal fusion surgeries, cross-connectors are essential for linking bilateral rods, enhancing torsional stability, and reducing rod migration or parallel displacement. Two common options are the Cross Link Connector (Top Loading) and the Transverse Connector (Flat Rod). While both improve construct rigidity in thoracolumbar or cervical procedures, they differ in design, surgical application, and performance.

Design & Compatibility

The Top Loading Cross Link Connector features a pre-assembled or simple clamp design that loads directly onto standard round spinal rods (typically 5.5–6.0 mm) from above. It uses set screws for secure fixation and comes in adjustable lengths (e.g., 30–100 mm). Its titanium construction offers low profile and multi-axial adjustability in some systems.

In contrast, the Transverse Connector (Flat Rod) uses a flat connecting rod (often 4.0 mm) or interfaces with flat-profile elements. It connects rods or plates via side/front loading and is ideal for systems requiring rectangular bars or custom contouring. This design distributes stress differently and suits tighter anatomical spaces.

In spinal deformity correction, spondylolisthesis reduction, and complex fusions, reduction pedicle screws play a critical role by allowing controlled approximation of the rod to the screw head. Two popular options are the Regular Polyaxial Reduction Pedicle Screw and the Dual Thread Polyaxial Reduction Pedicle Screw.

Regular Polyaxial Reduction Pedicle Screw features a standard single-thread design with a mobile polyaxial head (typically offering 25°–60° angulation). The extended reduction tabs or threaded mechanism enable powerful, controlled rod reduction. This design provides excellent versatility for rod capture in MIS or open procedures and simplifies alignment in challenging anatomy. However, in patients with variable bone density or osteoporosis, standard threads may offer comparatively lower initial purchase and pull-out resistance.

In the fast-evolving field of spine surgery, interbody fusion cages have become essential tools for treating degenerative disc disease, spondylolisthesis, and spinal instability. These titanium or PEEK implants restore disc height, stabilize the lumbar spine, and promote solid bone fusion. Two of the most trusted options are the TLIF Cage and PLIF Cage – designed for precision, durability, and patient outcomes.

In arthroscopic procedures such as rotator cuff repair, labral reconstruction, Bankart repair, and ligament reattachment, suture anchors play a pivotal role in achieving secure soft tissue-to-bone fixation. Two leading options — Titanium Suture Anchors and PEEK Suture Anchors — offer distinct advantages depending on surgical needs, patient profile, and post-operative imaging requirements.

Titanium Suture Anchor Made from high-strength medical-grade titanium alloy, Titanium anchors deliver exceptional pull-out strength and long-term durability. Their self-tapping, fully threaded design ensures reliable insertion into cortical and cancellous bone, even in osteoporotic conditions. Titanium anchors are radiopaque, providing excellent visibility under fluoroscopy during surgery. They are available in sizes ranging from 3.5 mm to 6.5 mm with single or double-loaded high-tensile UHMWPE sutures. Surgeons prefer titanium for high-demand cases where maximum mechanical strength is essential.

In the realm of arthroscopic ligament reconstruction, particularly ACL (Anterior Cruciate Ligament) repair, interference screws play a critical role in providing secure graft fixation. These screws compress the soft tissue graft or bone-tendon-bone plug against the tunnel wall, delivering immediate stability and promoting biological integration. Our high-precision Titanium Interference Screw and PEEK Interference Screw are engineered for optimal performance in femoral and tibial tunnels.

Titanium Interference Screw The gold-standard choice for many surgeons, the Titanium Interference Screw offers exceptional strength, durability, and biocompatibility. Its fully threaded, self-tapping design ensures strong aperture fixation for both soft tissue and BTB grafts. Titanium provides reliable mechanical compression and long-term holding power, making it ideal for high-demand athletes and active patients. The screw’s robust construction minimizes graft slippage and supports early rehabilitation. Available in various diameters (7–11 mm) and lengths (20–40 mm), it delivers consistent, reproducible results with proven clinical success.

Pedicle screws are essential implants in spinal fusion and fracture stabilization surgeries. Two common types — Polyaxial Pedicle Screws and Monoaxial Pedicle Screws — differ significantly in design, ease of use, and biomechanical performance.

Polyaxial Pedicle Screws feature a movable head that allows multi-planar angulation (up to 25–30 degrees or more). This flexibility makes rod insertion easier, especially in minimally invasive or complex anatomies with variable pedicle alignment. Surgeons appreciate the reduced stress at the screw-bone interface during placement and the convenience in contouring rods. However, the mobile head can lead to slightly lower construct stiffness and potential loss of correction over time due to possible slippage at the head-shaft interface.

Monoaxial Pedicle Screws have a fixed head-shaft relationship, creating a rigid, angular-stable construct. This design provides stronger leverage, enabling better restoration of vertebral height, improved correction of kyphotic deformity, and superior maintenance of reduction in thoracolumbar fractures. Biomechanical studies show monoaxial screws offer greater stability in flexion-extension and higher resistance to correction loss, making them particularly effective for short-segment fixation in trauma cases.

Presenting Advanced Medical Solutions at World Health Expo Dubai 2026

Aomax is pleased to announce its participation in WHX Dubai 2026 (World Health Expo Dubai), one of the most influential global exhibitions in the healthcare industry. The event serves as a central meeting point for medical manufacturers, healthcare professionals, distributors, and decision-makers from around the world.

Aomax’s presence at WHX Dubai 2026 underscores our commitment to innovation, precision engineering, and dependable orthopedic solutions that align with the evolving requirements of modern surgical practice. As Dubai continues to establish itself as a global center for healthcare excellence, WHX Dubai provides an ideal platform for showcasing advanced medical technologies and strengthening international partnerships.

Experience the Aomax Portfolio at WHX Dubai 2026

At Stand No. N25.D39, visitors will have the opportunity to explore Aomax’s comprehensive range of arthroscopy equipment, orthopedic implants, and spinal systems, thoughtfully developed to support minimally invasive techniques, enhance surgical accuracy, and deliver consistent clinical outcomes across a wide spectrum of orthopedic and spinal procedures.

Showcasing Innovation at World Health Expo Dubai 2026

Aomax is proud to announce its participation in WHX Dubai 2026 (World Health Expo Dubai), one of the world’s most influential global healthcare exhibitions. This international platform brings together medical manufacturers, healthcare professionals, distributors, and key decision-makers from across the industry.

Aomax’s presence at WHX Dubai 2026 highlights our continued commitment to innovation, precision engineering, and dependable orthopedic solutions that address the evolving demands of modern surgical practice.

As Dubai continues to emerge as a global hub for healthcare excellence, WHX Dubai serves as a vital meeting point for advancing medical technologies and strengthening international collaboration. Aomax looks forward to engaging with surgeons, hospital procurement teams, and global partners while presenting our comprehensive orthopedic portfolio.

Aomax brings global orthopedic innovation to WHX Dubai 2026, showcasing a complete portfolio of arthroscopy instruments, orthopedic implants, and advanced spinal solutions. Experience surgical precision, minimally invasive techniques, and engineering excellence first hand, while connecting with experts, building partnerships, and exploring the future of orthopedic and spinal care on an international stage.

Introducing Aomax at World Health Expo Dubai 2026

Aomax is set to participate in WHX Dubai 2026 (World Health Expo Dubai), one of the world’s most prominent international healthcare exhibitions. Recognized as a global meeting point for medical manufacturers, surgeons, distributors, and healthcare decision-makers, WHX Dubai provides a powerful platform for advancing medical technology and global collaboration.

Aomax’s participation reflects its unwavering focus on precision engineering, product consistency, and dependable orthopedic solutions that support modern surgical practices. As healthcare innovation continues to evolve, Aomax remains committed to delivering solutions that align with the clinical expectations of surgeons worldwide.

Aomax is proud to announce its participation in WHX Dubai 2026 (World Health Expo Dubai), one of the world’s most influential international healthcare exhibitions. This premier global event brings together medical device manufacturers, healthcare professionals, distributors, and key decision-makers from across the healthcare ecosystem.

Aomax’s presence at WHX Dubai 2026 highlights our continued commitment to precision engineering, product consistency, and dependable orthopedic solutions that support modern surgical practices worldwide.

As Dubai continues to strengthen its position as a global healthcare hub, WHX Dubai serves as a vital meeting point for advancing medical technologies and fostering meaningful international collaborations. Aomax looks forward to connecting with surgeons, hospital procurement teams, and global partners to showcase our comprehensive orthopedic portfolio.