Implants

Disposable cannulas are devices designed for the creation and maintenance of access routes in the joints. They allow the insertion or removal of instruments, implants and sutures in arthroscopic surgical procedures.

Specifications
The contents are provided sterile, for single use only.
Reusable obturators are also available for repeated use.
Transparent cannula for optimal monitoring of instrumentation and suture
Unique threaded design for easy insertion and secure retention.
Luer and 1/4” tube connection on an adjustable fluid port.
Color coding by diameter.
Available length 8.25x70mm.

Indications:
Shoulder Arthroscopy Procedures

• The ACL Interference Screw, Cannulated, is an arthroscopic implant, primarily used in Anterior Cruciate Ligament (ACL) reconstruction surgeries.
• The screw’s design is to secure the grafted ligament to the bone.
• The term “Cannulated” here refers to the hollow center, creating a smoother passageway for accurate implant placement.
• The implant provides initial stability to the graft while it heals the bone.

• An Anterior Cervical Cage Titanium is a spinal implant used in spinal surgeries involving the cervical spine.
• The small, hollow design of the cage allows it to be placed between the vertebrae between the vertebrae in the cervical spine.
• The lordotic curve of the implant mimics the natural curvature of the spine.
• Especially used in Anterior Cervical Discectomy and Fusion Surgery (ACDF), this cage supports the space between the vertebrae after the removal of a damaged disc, promoting bone growth and spinal alignment for better stability.
• Made out of PEEK material, these cages prove to be lighter, potentially reducing post-operative stress on the spine

The basic orthopedic instrument set for pelvic reconstruction and trauma treatment.

Features:
Material: Typically surgical-grade stainless steel for durability and sterilization.

Contents: The set includes various tools such as forceps, screwdrivers, elevators, punches, drill guides, and potentially pins or nails for bone fixation.

Use: Designed specifically for orthopedic procedures involving pelvic reconstruction, fracture reduction, and internal bone fixation.

Presentation: The instruments are organized in a perforated sterilization tray, often made of blue-anodized aluminum, allowing for sterilization and secure storage.

The characteristics of Ti-Force Titanium Anchors are as follows:

Material and Biocompatibility: Made of high-purity titanium alloy (Ti-6Al-4V), they offer excellent biocompatibility, minimizing the risk of adverse reactions and promoting integration with surrounding tissues.

Design: They feature a fully threaded design (Full Thread Anchor), including a full thread covering the implant surface, which is designed for stronger fixation and greater stability.

Sutures: They are often pre-loaded with ultra-high molecular weight polyethylene (UHMWPE) sutures, offering high knot strength, ideal lubrication, and strong resistance to fraying.

Ease of Use: The design, particularly the very sharp tip, allows for insertion without tapping in most cases, although a drill can be used for hard bones.

Surgical Applications: Available in various sizes (e.g., 2.0 mm, 3.5 mm, 5.0 mm), they are suitable for various orthopedic procedures, such as hand surgery, Bankart and SLAP procedures, and rotator cuff repair.

Fixation Strength: The design and materials contribute to high pull-out strength, ensuring secure fixation of soft tissue or prosthetic material to bone.

The Aysam Hybrid Femur-Tibia External Fixator has the following main features and uses:

Fracture stabilization: It is designed for temporary fixation of various femur and tibia conditions, including fractures, nonunions, calluses, and osteotomies.

Specific Applications:

• Particularly useful for open fractures of the proximal femur.
• Used for proximal femur fractures (intertrochanteric, pertrochanteric) in elderly patients to allow early mobilization.
• Used for distraction and compression at the fracture site, promoting progressive bone lengthening or correction of deformities.

Soft Tissue Management: External fixators, such as this one, can help correct soft tissue injuries or defects by stabilizing and aligning the tissues around the injured bone.

Joint Stability: It can be used to stabilize joints, particularly in cases of severe ligament or tendon injuries.

Surgical instrument set, identified as an HF2 Small Fragment Kit, with a diameter of 5.0 mm.

Features of this type of kit may include:

• Single Lock Monoaxial Screws
• General Instrument Set
• Locking Head Cancellous Screws Fully Threaded
• Mesh Plates
• Mini Plates without Bridge
• 4.5 mm Locking Condylar Buttress Plates
• 3.5 mm Calcaneal Locking Plates (Left/Right)
• fixLOCK Instrument Set – Large

The external fixator instruments featured here are:

High-quality materials: Made of premium stainless steel, aluminum, and titanium for durability and corrosion resistance.
Specific design for orthopedic surgery: The set is designed for external fixation, fusion, stability, and alignment of bones, particularly in the treatment of complex fractures and limb lengthening.

Modular components: Includes carbon fiber rods, clamps (pin clamps, rod-to-rod clamps), cortical screws, and cancellous bone screws, allowing adaptation to various clinical applications.

Radiocluency: Carbon fiber rods are radiolucent, allowing radiographic monitoring without significant obstruction, facilitating the monitoring of bone healing.

Load-bearing capacity: Carbon fiber rods offer high strength, supporting significant loads during bone healing.

Biocompatibility: Materials, particularly carbon fiber, are generally well tolerated by the body, minimizing the risk of adverse reactions.

Rigorous Quality Testing: Instruments undergo quality tests such as boiling, form, and performance testing to ensure their reliability.

Sterilizable: Supplied in sterilized aluminum cases, suitable for use in the operating room.

Versatile Application: Used for rapid initial fixation, periarticular fractures, severe comminuted fractures, orthopedic reduction, certain pelvic ring injuries, and pediatric fractures, as well as for non-unions and post-traumatic infections.

The surgical instruments shown in the image, a broken screw removal kit for orthopedic devices, have several important features:

High-quality materials: They are generally made of medical/surgical grade stainless steel or titanium, ensuring durability, strength, and corrosion resistance.

Specific design: Each instrument is designed for a specific function in screw or implant removal, including locking, non-locking, headless, and headless screws.

Ergonomics: The instruments are designed for easy grip and smooth handling, reducing the force required and improving precision during procedures.

Sterilization and hygiene: These sets are organized and sterilized to maintain a sterile surgical environment, and many instruments are designed to be fully machine-cleanable.

Variety of Tools: The kit includes a range of tools such as screwdrivers, extractors, pliers, and other specialized instruments for various removal situations.

Quality Assurance: Before being marketed, these instruments undergo rigorous testing to ensure compliance with quality and safety standards, such as FDA-certified guidelines and ISO 13485.

The image shows a set of instruments for DHS and DCS plates, commonly used in orthopedic surgery for femoral fracture fixation.

Features of this instrument set include:

Set Components: It contains instruments for the implantation and removal of DHS (Dynamic Hip Screw) and DCS (Dynamic Condylar Screw) plates. These instruments are used to fix proximal and distal femur fractures.

Specific Contents: The set typically includes angle guides, triple reamers, drill sleeves, taps, screwdrivers, a depth gauge, and guide wires.

Organization: The instruments are often organized in a sterilization container, usually made of aluminum, with silicone trays and holders for orderly storage and efficient sterilization.

Materials: Instruments and implants (such as plates and screws) are manufactured from medical-grade materials, such as stainless steel or titanium, to ensure high mechanical strength and biocompatibility.

Implant Functionality: DHS and DCS plates are designed to stabilize fractures and promote healing. For example, the DHS system allows controlled sliding of the screw within the plate for dynamic compression of the fracture.

Plate Design: Plates are optimized in terms of the number of holes for cortical screws, allowing precise fixation and increased stability, while minimizing the incision. They often incorporate an anti-rotational design to prevent rotation of the screw and bone fragment.

L’ensemble d’instruments TLIF PEEK Cage est un ensemble d’instruments chirurgicaux orthopédiques spécialisés, principalement utilisé pour la chirurgie de fusion intersomatique lombaire transforaminale (TLIF).
Caractéristiques principales :

Matériaux de haute qualité : Les instruments sont fabriqués à partir de matériaux durables, y compris l’acier inoxydable et le PEEK de qualité médicale (Polyétheréthercétone) pour les cages.

Précision et exactitude : Conçus pour permettre aux chirurgiens d’effectuer la procédure TLIF avec une grande précision.

Facilité d’utilisation : L’ensemble est conçu pour être convivial, simplifiant les étapes complexes de la chirurgie de fusion spinale.
Personnalisation : Offre une variété d’options d’instruments pour répondre aux besoins et préférences spécifiques des équipes chirurgicales.

Stérilisation : Les instruments sont conçus pour être facilement stérilisables, assurant l’hygiène et la sécurité lors des procédures chirurgicales.

Application : Principalement utilisé en chirurgie de la colonne vertébrale pour des conditions telles que la maladie dégénérative du disque, la sténose spinale et le spondylolisthésis.

Fonction de la cage TLIF PEEK : La cage PEEK est insérée dans l’espace discal après le retrait du disque blessé, visant à restaurer et maintenir la hauteur discale normale, à fournir une stabilité et à favoriser la fusion vertébrale. Elle est également radiotransparente pour un suivi postopératoire aisé.

Contenu de l’ensemble: Comprend généralement des instruments tels que des alésoirs, des forets, des curettes, des inséreurs d’implants, des écarteurs nerveux et des écarteurs d’espace discal.

The instruments shown in the image are orthopedic rod cutters, also known as bone cutters or rod cutters for spinal surgery. Here are their main features:

Material: Made of high-quality stainless steel.

Cutting Diameter Range: Designed to cut rods or bones with a diameter ranging from 4.0 mm to 6.5 mm, providing high precision during operations.

Total Length: Approximately 550 mm, improving maneuverability during surgery.

Operation: Simple manual operation for precise cutting and increased patient safety.

Design: Ergonomically designed to reduce hand fatigue and ensure comfort during prolonged use.

Versatility: Suitable for a wide range of applications, particularly in orthopedic and spinal surgery.

Blades: Sharp blades for precise bone cutting, increasing surgical efficiency.

Specific Use: Can be used as a pin cutter for bone pins and for in situ cutting of 3.5 to 4.5 mm rods.