| CODE | PRODUCTION | DESCRIPTION | MATERIAL |
| ZJ110 | Mini Fixator Spacer | / | Aluminum |
The spacer is usually made of high - quality, durable materials such as metal or plastic. The choice of material depends on factors like the required strength, biocompatibility, and the specific design of the spacer. Metal spacers offer high strength and can withstand significant forces, while plastic spacers might be preferred in some cases for their lighter weight and other specific properties
It is designed to be inserted between specific components of the fixator for proper alignment. The spacer's shape and dimensions are precisely engineered to match the corresponding parts of the mini fixator system. This ensures a snug fit and allows it to perform its function of providing the correct spacing and stability
Yes, it can often be adjusted as needed to optimize the fixation. Surgeons can make changes to the spacer's position or the spacing it provides during the course of treatment. This adjustability is a key feature as it enables the medical team to adapt to the changing needs of the patient's healing process
It is suitable for many fracture cases but may not be appropriate for every situation. The spacer is particularly useful in fractures where precise spacing and alignment are crucial, such as complex fractures or those with multiple fragments. However, in some simple or less complicated fracture scenarios, other fixation methods might be more suitable
There may be different sizes available to fit various mini fixator setups. The availability of different sizes allows for greater flexibility in using the spacer with different patient anatomies and specific fixator configurations
By providing proper spacing and stability, it promotes proper bone growth and healing. The correct spacing helps maintain the alignment of bone fragments, and the stability it offers creates an environment conducive to the body's natural bone - healing processes, such as the formation of new bone tissue and the fusion of fragments.
Depending on its condition, it may be reusable in some cases. After proper cleaning, sterilization, and inspection to ensure its integrity and functionality, the spacer might be suitable for reuse. However, this decision typically depends on factors like wear and tear, damage, and the specific policies of the medical facility
With proper training and tools, it can be relatively easy to install. The installation process requires some knowledge of the mini fixator system and the spacer's correct placement. However, once the medical staff is familiar with the procedure, it can be carried out efficiently
Possible risks may include improper placement or infection. Improper placement of the spacer can lead to ineffective fixation and may affect the healing process. Additionally, as with any implanted device, there is a risk of infection at the site where the spacer is inserted
It is specifically designed for the Pennig Mini Fixator but may be compatible with some other devices in certain situations. Compatibility would depend on factors such as the design, size, and function of the other orthopedic devices and how well they can interface with the spacer and the mini fixator system.
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