Spotlight on Bonetech Medisys' Innovative Product Lines

Bonetech Medisys, an eminent name in the orthopedic implants industry, continues to set benchmarks with its groundbreaking innovations. Their product lines are designed to meet the highest standards of quality, efficiency, and patient safety. Here, we highlight some of the standout products that underline Bonetech Medisys' commitment to advancing orthopedic care.

NOVA PLUS? Posterior Cervical Screw

The NOVA PLUS? Posterior Cervical Screw is engineered for maximum stability and ease of use in cervical spine surgeries. This product's design enhances the fixation strength, ensuring a secure hold in the cervical vertebrae. The unique threading and biocompatible materials reduce the risk of complications, promoting faster patient recovery.

EPHORATE? Pedicle Screw System

The EPHORATE? Pedicle Screw System is renowned for its versatility and reliability in spinal fusion surgeries. This system includes a variety of screws and components tailored to provide robust support for the thoracolumbar spine. The design ensures ease of implantation and superior biomechanical performance, making it a preferred choice for spinal surgeons.

MAGNIFICA? Dual Thread Pedicle Screw System

MAGNIFICA? represents the pinnacle of innovation with its dual-thread design, offering enhanced fixation and stability. The system is available in monoaxial and polyaxial variants, providing flexibility to the surgeon in achieving optimal spinal alignment. The fenestrated version (MAGNIFICA FNC) further allows for bone graft material to enhance the fusion process.

3D Printed Cages

Bonetech Medisys leverages cutting-edge 3D printing technology to create interbody fusion cages. These cages are designed with a porous mesh structure, which optimizes bone in-growth and ensures high surface roughness for better adhesion. The 3D printed cages, available for both lumbar and cervical applications, are made from biocompatible polymer VESTAKEEP, offering a perfect blend of strength and flexibility.

Expandable PEEK Cages

The T-Xpan and P-Xpan expandable PEEK cages are meticulously designed to restore disc height, maintain sagittal balance, and provide effective load distribution. These cages feature gear-driven expansion mechanisms, integrated titanium alloy sections, and low-profile plates, ensuring minimal disruption to surrounding tissues and maximum stability post-surgery.

AVIATION? Anterior Cervical Cage

The AVIATION? line includes both zero-profile and anterior cervical cages. These cages facilitate anterior cervical discectomy and fusion (ACDF) procedures, offering solutions that range from high friction coefficient surfaces to graft application spaces for optimal fusion. The zero-profile design minimizes the risk of esophageal irritation and hardware-related complications.

PRIME PLUS? Expandable Cage

The PRIME PLUS? expandable cage is engineered to provide optimal intervertebral height restoration. Its frictionless expansion, achieved through advanced gear-driven technology, ensures precise adjustments. Made from titanium alloy, this cage offers improved stability and promotes bone fusion with its large graft application space.

BON-MHN? Multilock Humerus Nail

The BON-MHN? Multilock Humerus Nail is designed for effective fixation of humeral fractures. Its multilock system provides superior rotational stability and allows for multiple locking options, making it adaptable to various fracture patterns. This product's ergonomic design ensures ease of insertion and removal, enhancing surgical outcomes.

BON-FNS? Femoral Neck System

The BON-FNS? Femoral Neck System is an advanced solution for femoral neck fractures. This system features a locking mechanism that ensures stable fixation and promotes early weight-bearing. The innovative design minimizes the risk of avascular necrosis and nonunion, providing a reliable option for treating complex fractures.

BON-CPS? Cable Locking Plate System

The BON-CPS? Cable Locking Plate System offers a versatile solution for complex fractures. This system integrates cable and locking plate technologies to provide robust fixation, even in osteoporotic bone. The modular design allows for customized configurations, making it suitable for a wide range of anatomical locations.

PlusII MIS Long Arm Pedicle Screw System

The PlusII MIS Long Arm Pedicle Screw System is designed for minimally invasive spinal surgeries. The long arm design facilitates easier insertion and manipulation of the screws, reducing surgical time and trauma. This system's compatibility with various rod diameters and configurations enhances its versatility in spinal fusion procedures.

Arthroscopy and Trauma Solutions

Bonetech Medisys extends its expertise to arthroscopy and trauma solutions under the brand names ARTHRO? and TRAUME? respectively. These product lines include advanced arthroscopy tools and robust trauma implants, designed to address a wide range of orthopedic conditions with precision and reliability.

Comprehensive Spine Solutions

In addition to the aforementioned products, Bonetech Medisys offers an extensive range of spine solutions, including:

• Occipital Plates and Connectors: Ensuring secure fixation for occipitocervical junctions.
• Laminoplasty Plates: Designed to facilitate posterior cervical decompression.
• Spine Fusion Cages (PLIF, TLIF): Offering various shapes (bullet, banana) and expandable options to suit different surgical needs.

Bonetech Medisys' commitment to innovation and excellence is evident in every product they manufacture. Their continuous efforts in research and development ensure that they remain at the forefront of orthopedic solutions, providing surgeons with the tools they need to improve patient outcomes significantly.

For more information on Bonetech Medisys' product offerings, visit Bonetech Medisys.

The detailed product descriptions provided here reflect Bonetech Medisys' dedication to enhancing orthopedic care through innovation and quality. Whether for spinal fusion, cervical stabilization, or advanced arthroscopy, Bonetech Medisys delivers solutions that meet the diverse needs of orthopedic surgeons and their patients.