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Articulated Minirail Fixator (Vertical Axis)

  • Vertical Axis Articulation: Allows for precise adjustment and positioning in the vertical plane, providing greater flexibility and adaptability in various surgical applications.
  • Compact Design: Features a smaller and more portable design, ideal for use in confined spaces or for patients with limited mobility.
  • Adjustable Positioning: Allows for customization to accommodate different anatomical structures and surgical requirements.
  • Durable Construction: Made from high-quality materials, ensuring long-lasting durability and resistance to wear and tear.
  • Easy Installation and Removal: Designed for easy installation and removal, minimizing discomfort for the patient.
CODEPRODUCTIONDESCRIPTIONMATERIAL
ZK005Articulated Minirail Fixator (Vertical Axis)Whole setAluminum

 

Key Features of the Pennig Articulated Minirail Fixator (Vertical Axis)

  • Stable Fixation with Vertical Movement: It offers stable fixation and controlled vertical movement, crucial for fractures needing vertical adjustment during healing, like metatarsal fractures, mimicking natural biomechanics.
  • Compact and Less – Invasive Minirail Design: The compact minirail design is less invasive, reducing soft – tissue disruption, post – operative pain, and infection risk, and aiding quicker recovery.

Benefits of the Pennig Articulated Minirail Fixator (Vertical Axis)

  • Enhanced Patient Comfort: Allows natural vertical movement and is compact, reducing discomfort, e.g., in knee – joint – adjacent fractures, improving patient compliance.
  • Quicker Recovery Times: Stable fixation, vertical movement, and less invasiveness prevent joint stiffness and muscle atrophy, speeding recovery, as in wrist fractures.
  • Precise Adjustability for Patient – Specific Needs: Surgeons can fine – tune it based on patient’s fracture type, anatomy, and mobility, e.g., in ankle fractures.
  • Ideal for Fractures near Joints and Vertical – Movement – Critical Areas: Perfect for fractures near joints where vertical movement matters, like shoulder – joint – adjacent fractures, maintaining alignment and allowing natural movement.

Fractures near Joints Requiring Vertical Movement

  • In fractures of the metatarsals or phalanges, as these bones experience vertical forces during normal movement like walking or grasping. Maintaining a degree of vertical flexibility is vital for proper healing and restoration of normal function, and this fixator helps in providing that while ensuring stability.

Bone Deformities Needing Vertical Correction

  • For certain bone deformities where the correction process involves gradual adjustment in the vertical plane. It allows for controlled changes over time to realign the bone to its correct anatomical position.

Post-Traumatic Cases

  • In post-traumatic situations where both vertical stability and controlled movement are essential. It helps support the injured area, enabling the body to heal while allowing the necessary vertical motion for a smooth recovery.

Surgical Procedures of the Foot or Hand

  • During surgical procedures involving the foot or hand, especially when vertical articulation is crucial for optimal function. It aids in achieving better outcomes by facilitating the appropriate movement and stability in the vertical direction
  1. Surgical Attachment and Initial Setup
    • Attachment to the Bone: During surgery, the Pennig Articulated Minirail Fixator (Vertical Axis) is attached to the bone using screws or pins. The precise placement of these fixation elements is crucial as it forms the basis for the fixator’s ability to provide support and stability. The surgical team carefully inserts the screws or pins to ensure a secure connection between the fixator and the bone.
    • Establishing the Vertical Axis: Once attached, the vertical axis articulation of the fixator is set up to allow for a specific range of movement in the vertical direction. This is carefully calibrated based on the nature of the orthopedic condition and the expected movement requirements during the healing process.
  2. Function during Fractures and Deformities
    • Stabilization and Permitted Movement: In the case of fractures or bone deformities, the fixator serves two key functions. It holds the bone firmly in place to prevent excessive displacement or misalignment. At the same time, it permits the necessary vertical motion that is crucial for proper healing. For example, in a metatarsal fracture, it keeps the bone fragments in the correct position relative to each other while allowing for the natural vertical movement of the foot during walking.
    • Mimicking Natural Movement: By allowing this vertical movement, the fixator mimics the body’s natural movement patterns. This is beneficial as it provides an environment that is more conducive to the body’s natural healing mechanisms. The body is better able to respond to the controlled movement and form new bone tissue in a way that aligns with the normal biomechanics of the area.
  3. Stability and Adjustment during Healing
    • Continuous Stability: As the body heals, the fixator continues to provide stability. It acts as a scaffold around the bone, ensuring that the healing process is not disrupted by external forces or unwanted movement. This stability is essential for the proper formation of new bone tissue and the overall success of the healing process.
    • Surgeon – Controlled Adjustment: Surgeons can adjust the degree of vertical articulation as needed during the recovery process. They closely monitor the patient’s progress through physical examinations and imaging studies. Based on this, they can make precise adjustments to the fixator to optimize the healing process. For example, if the bone is healing more slowly than expected, the surgeon may slightly increase the allowed vertical movement to stimulate more blood flow and bone growth.
  4. Long – Term Role in Bone Healing
    • Bone Growth and Strengthening: Over time, the bone grows and strengthens around the fixator. The fixator’s presence helps guide the bone growth in the correct direction and with the appropriate alignment. As the bone heals and becomes stronger, the fixator continues to play a supportive role until it is determined that the bone can function properly without it, at which point it may be removed

Frequently Asked Questions

Q1: What is the material of the vertical axis fixator?

The vertical axis fixator is typically made of high-quality metal alloys. These alloys are chosen for their durability, enabling the fixator to withstand the mechanical forces it experiences during use and support the bone effectively throughout the treatment period.

Q2: How does the vertical articulation work?

The vertical articulation allows for controlled movement specifically in the vertical direction. This controlled movement is designed to aid in the healing process by mimicking the natural movement patterns that are important for the specific orthopedic condition being treated

Q3: Can it be used for all bone fractures?

No, it is suitable for specific fractures where vertical movement is beneficial. It is particularly useful in cases where maintaining some degree of vertical mobility during healing is crucial, such as fractures near joints in the foot or hand.

Q4: How is it attached to the bone?

It is attached to the bone using screws or pins that are carefully inserted into the bone. This attachment method ensures a secure connection between the fixator and the bone, providing the necessary stability for the device to function properly.

Q5: Does it limit other types of movement?

While it allows for vertical movement, it may limit some other directions of movement to a certain extent. The main focus is on providing controlled vertical motion, and this can have an impact on the range of motion in other planes depending on the design and how it is adjusted.

Q6: Is it painful to wear?

There may be some initial discomfort when wearing the fixator, but this can be managed through appropriate medical care, including pain medications and proper positioning adjustments.

Q7: Can it be adjusted after surgery?

Yes, adjustments can be made by a surgeon as needed. The surgeon can modify the degree of vertical articulation based on the progress of the healing process and the specific requirements of the patient's condition.

Q8: Are there any risks associated with using it?

Possible risks include infection, which can occur with any implanted device, and improper placement. However, these risks can be minimized through proper surgical techniques and post-operative care

Q9: How long does it need to be in place?

The duration it needs to be in place depends on the nature of the injury and the progress of the healing process. The surgeon will monitor the patient's recovery and determine the appropriate time for removal

Q10: Can it be used in combination with other fixators?

In some cases, it can be used in combination with other orthopedic devices. This depends on the complexity of the orthopedic condition and whether additional support or functionality is required from other fixators or implants

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