RPJYWS
XCmedico
1 Pcs(72 Hours Delivery)
Titanium Alloy
CE/ISO:9001/ISO13485.Etc
Custom-Made 15 Days Delivery(Excluding Shipping Time)
FedEx. DHL.TNT.EMS.Etc
Availability: | |
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Quantity: | |
Product | Picture | Ref | Specification | Screw |
Distal Tibia Lateral Locking Plate | RPJYWS5HR | 5 H R | HA4.5 HC5.0 | |
RPJYWS5HL | 5 H L | HA4.5 HC5.0 | ||
RPJYWS7HR | 7 H R | HA4.5 HC5.0 | ||
RPJYWS7HL | 7 H L | HA4.5 HC5.0 | ||
RPJYWS9HR | 9 H R | HA4.5 HC5.0 | ||
RPJYWS9HL | 9 H L | HA4.5 HC5.0 | ||
RPJYWS11HR | 11 H R | HA4.5 HC5.0 | ||
RPJYWS11HL | 11 H L | HA4.5 HC5.0 | ||
RPJYWS13HR | 13 H R | HA4.5 HC5.0 | ||
RPJYWS13HL | 13 H L | HA4.5 HC5.0 |
CNC Preliminary Processing The computer numerical control technology is used to precisely process orthopedic products. This process has the characteristics of high precision, high efficiency, and repeatability. It can quickly produce customized medical devices that conform to the human anatomical structure and provide patients with personalized treatment plans. | Product Polishing The purpose of orthopedic products polishing is to improve the contact between the implant and human tissue, reduce stress concentration, and improve the long-term stability of the implant. | Quality Inspection The mechanical properties test of orthopedic products is designed to simulate the stress conditions of human bones, evaluate the load-bearing capacity and durability of implants in the human body, and ensure their safety and reliability. |
Product Package Orthopedic products are packaged in a sterile room to ensure that the product is encapsulated in a clean, sterile environment to prevent microbial contamination and ensure surgical safety. | Product Warehouse The storage of orthopedic products requires strict in-and-out management and quality control to ensure product traceability and prevent expiration or wrong shipment. | Sample Room The sample room is used to store, display and manage various orthopedic products samples for product technology exchanges and training. |
1. Ask Xc Medico Team For Distal Tibia Lateral Locking Plate Product Catalog.
2. Choose Your Interested Distal Tibia Lateral Locking Plate Product.
3. Ask For A Sample To Test Distal Tibia Lateral Locking Plate.
4.Make An Order Of XC Medico's Distal Tibia Lateral Locking Plate.
5.Become A Dealer Of XC Medico's Distal Tibia Lateral Locking Plate.
1.Better Purchase Prices Of Distal Tibia Lateral Locking Plate.
2.100% The Highest Quality Distal Tibia Lateral Locking Plate.
3. Less Ordering Efforts.
4. Price Stability For The Period Of Agreement.
5. Sufficient Distal Tibia Lateral Locking Plate.
6. Quick And Easy Assessment Of XC Medico's Distal Tibia Lateral Locking Plate.
7. A Globally Recognized Brand - XC Medico.
8. Fast Access Time To XC Medico Sales Team.
9. Additional Quality Test By XC Medico Team.
10. Track Your XC Medico Order From Start To Finish.
The distal tibia is a critical component of the lower limb, serving as the primary weight-bearing bone in the leg. Fractures of the distal tibia can significantly affect mobility and require precise surgical intervention for proper healing. The Distal Tibia Lateral Locking Plate has emerged as an essential tool in the treatment of complex fractures in this region. Offering enhanced stability and support, this implant is designed to facilitate the healing process while reducing the risk of complications. This guide provides an in-depth exploration of the distal tibia lateral locking plate, its features, advantages, and clinical relevance.
The distal tibia lateral locking plate is a specialized orthopedic implant used for stabilizing fractures of the distal tibia, particularly in cases of comminuted or complex fractures.this plate is designed to fit the lateral surface of the distal tibia, providing secure fixation for both simple and complex fractures. It features locking screws that offer angular stability, preventing screw loosening and ensuring accurate alignment during the healing process.
Locking screws provide enhanced stability, preventing displacement of the fractured bone segments.
Some models feature polyaxial screw holes that allow for flexibility in screw placement, ensuring secure fixation even in challenging cases.
Some plates come with additional suture holes for ligament or tendon repair, further stabilizing the surrounding structures.
The low-profile design reduces soft tissue disruption, leading to faster recovery and reduced postoperative pain.
Stable fixation ensures that the fracture remains aligned, promoting optimal bone healing and reducing the risk of non-union.
The plate is adaptable to a range of fracture types, including simple, comminuted, and unstable fractures.
The plate is especially effective in securing multiple bone fragments, reducing the risk of malunion or non-union.
In cases where both the tibia and fibula are fractured, the distal tibia lateral locking plate provides stable fixation for the tibial fracture while allowing other fixation techniques for the fibula.
For fractures that extend into the ankle joint, the plate can help maintain joint alignment, preventing post-traumatic arthritis.
The locking mechanism provides superior fixation in patients with decreased bone density, reducing the risk of implant failure.
The lateral plate can be used in combination with other techniques to repair associated ligamentous injuries, ensuring overall joint stability.
Postoperative infection is a concern, particularly in high-risk patients or those with compromised immune systems.
The tibia is closely associated with important nerves and blood vessels, and improper screw placement can lead to nerve damage or vascular compromise.
Despite stable fixation, some fractures may fail to heal properly, requiring additional interventions.
Although rare, there is the potential for plate or screw breakage, particularly if the fixation is compromised by incorrect placement or excessive loading.
Patients may experience pain or discomfort at the implant site, particularly if the plate irritates surrounding soft tissues.
The future of orthopedic implants is moving toward patient-specific solutions, where implants are tailored to the individual's anatomy using 3D printing or advanced imaging techniques. This will enhance the accuracy and effectiveness of fracture fixation.
Advances in minimally invasive surgical techniques will likely lead to smaller incisions, less trauma to the soft tissues, and faster recovery times for patients.
As healthcare access improves globally, particularly in developing regions, the demand for advanced fracture fixation solutions like the distal tibia lateral locking plate will continue to rise.
In conclusion, the Distal Tibia Lateral Locking Plate is a critical tool in modern orthopedic practice, offering superior fixation and stability for the treatment of distal tibia fractures. Its advanced design ensures optimal fracture alignment, minimizes soft tissue damage, and promotes faster recovery. By understanding its features, advantages, and potential risks, healthcare providers can deliver the best outcomes for patients suffering from complex tibial fractures. As technology advances, the future of this implant looks even more promising, with innovations aimed at improving surgical precision, patient outcomes, and long-term recovery.
Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.
Product | Picture | Ref | Specification | Screw |
Distal Tibia Lateral Locking Plate | RPJYWS5HR | 5 H R | HA4.5 HC5.0 | |
RPJYWS5HL | 5 H L | HA4.5 HC5.0 | ||
RPJYWS7HR | 7 H R | HA4.5 HC5.0 | ||
RPJYWS7HL | 7 H L | HA4.5 HC5.0 | ||
RPJYWS9HR | 9 H R | HA4.5 HC5.0 | ||
RPJYWS9HL | 9 H L | HA4.5 HC5.0 | ||
RPJYWS11HR | 11 H R | HA4.5 HC5.0 | ||
RPJYWS11HL | 11 H L | HA4.5 HC5.0 | ||
RPJYWS13HR | 13 H R | HA4.5 HC5.0 | ||
RPJYWS13HL | 13 H L | HA4.5 HC5.0 |
CNC Preliminary Processing The computer numerical control technology is used to precisely process orthopedic products. This process has the characteristics of high precision, high efficiency, and repeatability. It can quickly produce customized medical devices that conform to the human anatomical structure and provide patients with personalized treatment plans. | Product Polishing The purpose of orthopedic products polishing is to improve the contact between the implant and human tissue, reduce stress concentration, and improve the long-term stability of the implant. | Quality Inspection The mechanical properties test of orthopedic products is designed to simulate the stress conditions of human bones, evaluate the load-bearing capacity and durability of implants in the human body, and ensure their safety and reliability. |
Product Package Orthopedic products are packaged in a sterile room to ensure that the product is encapsulated in a clean, sterile environment to prevent microbial contamination and ensure surgical safety. | Product Warehouse The storage of orthopedic products requires strict in-and-out management and quality control to ensure product traceability and prevent expiration or wrong shipment. | Sample Room The sample room is used to store, display and manage various orthopedic products samples for product technology exchanges and training. |
1. Ask Xc Medico Team For Distal Tibia Lateral Locking Plate Product Catalog.
2. Choose Your Interested Distal Tibia Lateral Locking Plate Product.
3. Ask For A Sample To Test Distal Tibia Lateral Locking Plate.
4.Make An Order Of XC Medico's Distal Tibia Lateral Locking Plate.
5.Become A Dealer Of XC Medico's Distal Tibia Lateral Locking Plate.
1.Better Purchase Prices Of Distal Tibia Lateral Locking Plate.
2.100% The Highest Quality Distal Tibia Lateral Locking Plate.
3. Less Ordering Efforts.
4. Price Stability For The Period Of Agreement.
5. Sufficient Distal Tibia Lateral Locking Plate.
6. Quick And Easy Assessment Of XC Medico's Distal Tibia Lateral Locking Plate.
7. A Globally Recognized Brand - XC Medico.
8. Fast Access Time To XC Medico Sales Team.
9. Additional Quality Test By XC Medico Team.
10. Track Your XC Medico Order From Start To Finish.
The distal tibia is a critical component of the lower limb, serving as the primary weight-bearing bone in the leg. Fractures of the distal tibia can significantly affect mobility and require precise surgical intervention for proper healing. The Distal Tibia Lateral Locking Plate has emerged as an essential tool in the treatment of complex fractures in this region. Offering enhanced stability and support, this implant is designed to facilitate the healing process while reducing the risk of complications. This guide provides an in-depth exploration of the distal tibia lateral locking plate, its features, advantages, and clinical relevance.
The distal tibia lateral locking plate is a specialized orthopedic implant used for stabilizing fractures of the distal tibia, particularly in cases of comminuted or complex fractures.this plate is designed to fit the lateral surface of the distal tibia, providing secure fixation for both simple and complex fractures. It features locking screws that offer angular stability, preventing screw loosening and ensuring accurate alignment during the healing process.
Locking screws provide enhanced stability, preventing displacement of the fractured bone segments.
Some models feature polyaxial screw holes that allow for flexibility in screw placement, ensuring secure fixation even in challenging cases.
Some plates come with additional suture holes for ligament or tendon repair, further stabilizing the surrounding structures.
The low-profile design reduces soft tissue disruption, leading to faster recovery and reduced postoperative pain.
Stable fixation ensures that the fracture remains aligned, promoting optimal bone healing and reducing the risk of non-union.
The plate is adaptable to a range of fracture types, including simple, comminuted, and unstable fractures.
The plate is especially effective in securing multiple bone fragments, reducing the risk of malunion or non-union.
In cases where both the tibia and fibula are fractured, the distal tibia lateral locking plate provides stable fixation for the tibial fracture while allowing other fixation techniques for the fibula.
For fractures that extend into the ankle joint, the plate can help maintain joint alignment, preventing post-traumatic arthritis.
The locking mechanism provides superior fixation in patients with decreased bone density, reducing the risk of implant failure.
The lateral plate can be used in combination with other techniques to repair associated ligamentous injuries, ensuring overall joint stability.
Postoperative infection is a concern, particularly in high-risk patients or those with compromised immune systems.
The tibia is closely associated with important nerves and blood vessels, and improper screw placement can lead to nerve damage or vascular compromise.
Despite stable fixation, some fractures may fail to heal properly, requiring additional interventions.
Although rare, there is the potential for plate or screw breakage, particularly if the fixation is compromised by incorrect placement or excessive loading.
Patients may experience pain or discomfort at the implant site, particularly if the plate irritates surrounding soft tissues.
The future of orthopedic implants is moving toward patient-specific solutions, where implants are tailored to the individual's anatomy using 3D printing or advanced imaging techniques. This will enhance the accuracy and effectiveness of fracture fixation.
Advances in minimally invasive surgical techniques will likely lead to smaller incisions, less trauma to the soft tissues, and faster recovery times for patients.
As healthcare access improves globally, particularly in developing regions, the demand for advanced fracture fixation solutions like the distal tibia lateral locking plate will continue to rise.
In conclusion, the Distal Tibia Lateral Locking Plate is a critical tool in modern orthopedic practice, offering superior fixation and stability for the treatment of distal tibia fractures. Its advanced design ensures optimal fracture alignment, minimizes soft tissue damage, and promotes faster recovery. By understanding its features, advantages, and potential risks, healthcare providers can deliver the best outcomes for patients suffering from complex tibial fractures. As technology advances, the future of this implant looks even more promising, with innovations aimed at improving surgical precision, patient outcomes, and long-term recovery.
Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.
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