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Articulated Minirail Fixator (Horizontal Axis)

  • Horizontal Axis Articulation: Allows for precise adjustment and positioning in the horizontal 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
ZK004Articulated Minirail Fixator (Horizontal Axis)Whole setAluminum

 

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

  • Horizontal Axis Articulation: Its articulated joint in the horizontal axis offers more movement and flexibility in that plane than traditional fixators, suiting biomechanical needs.
  • High-Quality Material and Precision Engineering: Made of top-notch materials for durability and stability, and precision-engineered for accurate fixation of specific orthopedic conditions.

Benefits of the Pennig Articulated Minirail Fixator (Horizontal Axis)

  • Enhanced Patient Comfort: Allows natural horizontal movement, easing discomfort and stiffness compared to restrictive fixators, e.g., for arm movements.
  • Ideal for Limited Horizontal Movement Needs: Perfect for cases where controlled horizontal movement aids proper healing, like stimulating blood flow and bone growth.
  • Surgeon-Adjustable Design: Surgeons can tweak it based on patient progress, adjusting movement or fixation, for a personalized treatment.
  • Valuable for Complex Cases: A key tool for surgeons handling complex orthopedic cases with horizontal movement demands, enhancing treatment results and patient care

Fractures near Joints

  • For fractures near joints like those of the distal radius or proximal tibia, where controlled horizontal movement is crucial for proper healing. It enables the bone to move in a way that mimics natural joint motion, facilitating the healing process.

Joint Dislocations with Small Bone Fractures

  • In cases of joint dislocations accompanied by small bone fractures, it offers stability while allowing the required articulation. This helps maintain proper alignment and supports recovery.

Post-Surgical Fixation

  • When partial joint mobility is wanted during the recovery phase after surgery, it serves as a useful fixation option to allow that needed movement.

Bone Deformities Correction around Joints

  • In certain procedures for correcting bone deformities around joints, its horizontal axis articulation assists in gradually realigning bone fragments in a more natural manner compared to rigid fixators, promoting better healing outcomes
  1. Surgical Attachment and Setup
    • During surgery, the fixator is attached to the bone close to the joint area. This attachment is crucial as it forms the basis for its functionality.
    • The horizontal axis articulation is then set up to allow for a controlled amount of movement, which is carefully calibrated based on the specific orthopedic condition.
  2. Function in Fractures and Joint Injuries
    • For fractures or joint injuries, it serves two main purposes. Firstly, it firmly holds the bone fragments in position, preventing them from moving in an uncontrolled way.
    • Secondly, it permits limited horizontal motion. This mimics the natural joint movement to an extent, which is beneficial for promoting proper healing as it doesn’t overly restrict the necessary movement that aids the body’s natural repair process.
  3. Stability and Adjustment during Healing
    • As the body heals, the fixator maintains stability around the bone. It acts like a scaffold, ensuring that external forces don’t disrupt the healing process.
    • Surgeons can make adjustments to the degree of articulation as required during recovery. They monitor the patient’s progress and modify the fixator’s settings accordingly to optimize the healing.
  4. Role in Long-Term Recovery
    • Over time, the bone grows and strengthens around the fixator. The fixator guides the bone growth in the right direction and alignment, contributing to a successful recovery. It’s a specialized tool designed specifically for treating orthopedic conditions near joints

Frequently Asked Questions

Q1: What is the main advantage of the horizontal axis fixator?

The main advantage is that it allows for controlled horizontal movement near joints, which promotes better healing by mimicking natural joint motion to an appropriate extent

Q2: How is it attached to the bone?

It is typically attached using screws or pins that are inserted into the bone. This ensures a secure connection for it to function effectively.

Q3: Can it be used for all joint fractures?

No, it's suitable for specific joint fractures where controlled horizontal movement is beneficial, but not for every joint fracture case.

Q4: How much horizontal movement does it permit?

The amount of horizontal movement it permits can be adjusted by the surgeon, depending on the specific requirements of the patient's condition and the healing progress.

Q5: Does it affect mobility significantly?

It allows for some natural mobility in the horizontal direction while also providing stability, so it doesn't overly restrict movement during the recovery period.

Q6: Is it painful to wear?

There may be some initial discomfort when wearing it, but this can be managed through appropriate medical care and pain management strategies.

Q7: Can it be adjusted after surgery?

Yes, adjustments can be made as the healing progresses. Surgeons can modify the fixator's settings to optimize the healing process.

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 can be minimized with 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 and decide when it's appropriate to remove it.

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

In some cases, it can be used in combination with other orthopedic devices, depending on the complexity of the orthopedic condition and the treatment needs.

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