+86-18651128828

Phone line

Articulated Minirail Fixator (Multiplanner Axis)

  • Multi-axis Articulation: Allows for precise adjustment and positioning in multiple planes, providing exceptional 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
ZK006Articulated Minirail Fixator (Multiplanner Axis)Whole setAluminum

 

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

1. Multiplanar Articulation Design

The standout feature of the Pennig Articulated Minirail Fixator is its design with articulation in multiple planes. This means it can move and adjust along different axes, providing a high level of flexibility. Unlike traditional fixators that may have limited movement capabilities in just one or two directions, this device can accommodate various angles and movements. For example, it can allow for flexion, extension, abduction, adduction, and rotation simultaneously or in a coordinated manner. This multiplanar movement is crucial when dealing with complex orthopedic conditions where bones need to be positioned and stabilized from multiple perspectives.

2. High-Quality Material Construction

Constructed from top-notch materials, the fixator offers excellent durability and stability. The choice of materials is carefully made to withstand the mechanical forces exerted on it during the treatment process. These forces can include the patient’s body weight, muscle contractions, and any external impacts. The durability ensures that the device maintains its structural integrity over an extended period, which is essential as orthopedic treatments can often last for weeks or even months. The stability it provides is vital for keeping the bones in the correct position for proper healing, preventing any unwanted movement or misalignment.

3. Precision in Addressing Complex Conditions

The multiplanner axis of the fixator empowers surgeons to handle complex orthopedic conditions with great precision. When dealing with fractures that involve multiple bone fragments or deformities with irregular shapes and orientations, the ability to adjust the fixator in multiple planes allows for accurate positioning of the bones. Surgeons can fine-tune the device to align the bone fragments precisely as needed, mimicking the normal anatomical alignment as closely as possible. This precision is key to promoting optimal healing and reducing the risk of complications such as malunion (healing in an incorrect position) or non-union (failure to heal).

Fractures with Multiple Planes of Displacement

  • Comminuted Fractures around Joints: In comminuted fractures near joints like the shoulder or hip, the bone is broken into multiple fragments. These fragments often end up misaligned in different directions, which makes treatment challenging. The Pennig Articulated Minirail Fixator (Multiplanner Axis) is highly indicated in such cases. Its ability to articulate in multiple planes allows surgeons to precisely position and hold each bone fragment in the correct alignment. For example, in a comminuted shoulder fracture, the fixator can be adjusted to address the different angulations and displacements of the fragments, ensuring that they are properly set for healing. This is crucial because if these fragments are not accurately realigned, it can lead to problems like joint instability, limited range of motion, or malunion (healing in an incorrect position).

Severe Bone Deformities Requiring Multi-Axis Correction

  • When dealing with severe bone deformities that need correction in more than one axis, this fixator becomes an essential tool. Such deformities might result from various causes like previous injuries that healed improperly, certain genetic conditions, or diseases affecting bone growth. The multiplanner axis of the fixator enables surgeons to gradually correct the deformity by making adjustments along different directions. For instance, if a patient has a bone in the leg that is curved and twisted in multiple planes due to a congenital disorder or a past trauma, the fixator can be used to apply controlled forces in different axes to straighten and realign the bone over time. This precise correction is vital for restoring normal function and appearance, as well as reducing the risk of long-term complications such as gait abnormalities or chronic pain.

Post-Traumatic Reconstructions

  • In post-traumatic reconstructions, especially when the bone needs to be realigned in multiple directions for proper function, the Pennig Articulated Minirail Fixator is extremely useful. After a severe accident or injury that has caused significant disruption to the bone’s normal alignment, simply fixing it in one plane might not be sufficient. The device allows for the restoration of the bone’s original orientation by providing the flexibility to make adjustments in various directions. For example, if a patient has a complex fracture in the forearm where the bones are displaced and rotated in multiple ways, the fixator can be employed to carefully realign the bones in all necessary directions to ensure that the patient regains full range of motion and strength in the limb once healed.

Congenital Bone Disorders Affecting Multiple Planes

  • For some congenital bone disorders that impact the normal orientation of bones in various planes, the multiplanner axis fixator plays a crucial role in treatment and rehabilitation. Conditions like certain types of dwarfism or skeletal dysplasias can cause bones to be abnormally shaped or oriented from birth. The fixator can be used to correct these structural abnormalities over time by providing the necessary support and allowing for controlled adjustments along multiple axes. This helps improve the patient’s quality of life by enhancing mobility, reducing pain, and enabling better integration into daily activities. For example, in a child with a congenital disorder that affects the alignment of the bones in the lower limbs, the fixator can be part of a long-term treatment plan to gradually correct the deformities as the child grows, optimizing their ability to walk and move normally
  1. Surgical Attachment
    • The fixator is attached to the bone using screws or pins during surgery. Precise insertion is key for a secure connection, which is vital as it enables the fixator to hold bone fragments and endure forces during treatment.
  2. Multiplanar Movement and Adjustment
    • Its multiplanner axis design allows movement in multiple directions. In complex fractures near joints, it can match displacements and mimic natural joint movement, helping prevent stiffness and facilitating a better healing process.
  3. Stability and Healing Promotion
    • The fixator provides stability as the body heals, acting as a scaffold for bone fragments. It also promotes healing by allowing controlled movement that stimulates blood flow and ensures correct bone growth alignment.
  4. Surgeon – Controlled Adjustment during Recovery
    • Surgeons can adjust the fixator based on healing progress. These adjustments, determined through exams and imaging, correct alignment and prevent complications for a personalized treatment approach.

Frequently Asked Questions

Q1: What makes the multiplanner axis fixator unique?

The fixator's uniqueness lies in its ability to allow for articulation in multiple planes. This provides greater flexibility compared to traditional fixators, enabling it to address complex orthopedic situations where movement and adjustment in various directions are required.

Q2: How is it attached to the bone?

It is typically attached to the bone using screws or pins. During a surgical procedure, these are carefully inserted to create a secure connection that allows the fixator to function effectively in stabilizing the bone.

Q3: Can it be used for all complex fractures?

While it is suitable for many complex fracture cases, it cannot be used for all. Its design makes it well-suited for fractures with displacements in multiple planes, but certain fractures with specific characteristics might require alternative treatment methods.

Q4: How much movement does it permit in different axes?

The amount of movement it permits in different axes can be adjusted by the surgeon. This adjustability allows for customization based on the specific needs of the patient's injury and the stage of the healing process

Q5: Does it affect mobility significantly?

It allows for controlled movement, which actually helps enhance the healing process while maintaining stability. So, rather than significantly restricting mobility, it aims to mimic natural movement to some extent and prevent excessive stiffness.

Q6: Is it painful to wear?

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

Q7: Can it be adjusted after surgery?

Yes, adjustments can be made as the healing progresses. Surgeons can modify the fixator's settings based on regular assessments of the patient's condition and imaging results to ensure optimal bone alignment.

Q8: Are there any risks associated with using it?

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

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. Surgeons will monitor the patient's recovery and decide when it is appropriate to remove the fixator.

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

In some cases, it can be used in combination with other orthopedic devices. This might be necessary depending on the complexity of the orthopedic condition and the specific requirements of treatment.

Related Articles

Request A Free Quote

Oh yeah! I have to mention their payment options and discount offers, which are awesome! Those payment methods are as flexible as moving water and can be chosen freely according to our cash flow situation. And the frequent discounts, like a timely rain, have been moisturizing our financial statements time and again, and have had a rocket-like positive impact on our profits! With ZMD, I feel relaxed and at ease when it comes to purchasing!

We'd like to work with you

Send us a message if you have any questions or request a quote. Our experts will give you a reply within 24 hours and help you select the right valve you want.

We have an exclusive service of medical products for you, please leave your details and we will contact you as soon as possible.