RSH
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: | |
---|---|
Quantity: | |
Name | Picture | Item No. | Specification |
2.4 Cross-fit Locking Screw | ![]() ![]() | RSH248WZG | Φ2.4*8mm |
RSH2410WZG | Φ2.4*10mm | ||
RSH2412WZG | Φ2.4*12mm | ||
RSH2414WZG | Φ2.4*14mm | ||
RSH2410SZG | Φ2.4*10mm | ||
RSH2412SZG | Φ2.4*12mm | ||
RSH2414SZG | Φ2.4*14mm |
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. |
The storage of orthopedic products requires strict in-and-out management and quality control to ensure product traceability and prevent expiration or wrong shipment. |
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 2.4 Cross-fit Locking Screw Product Catalog.
2. Choose Your Interested 2.4 Cross-fit Locking Screw Product.
3. Ask For A Sample To Test 2.4 Cross-fit Locking Screw.
4.Make An Order Of XC Medico's 2.4 Cross-fit Locking Screw.
5.Become A Dealer Of XC Medico's 2.4 Cross-fit Locking Screw.
1.Better Purchase Prices Of 2.4 Cross-fit Locking Screw.
2.100% The Highest Quality 2.4 Cross-fit Locking Screw.
3. Less Ordering Efforts.
4. Price Stability For The Period Of Agreement.
5. Sufficient 2.4 Cross-fit Locking Screw.
6. Quick And Easy Assessment Of XC Medico's 2.4 Cross-fit Locking Screw.
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 2.4 Cross-fit Locking Screw represents a cutting-edge solution in the field of orthopedic surgery. Specifically designed for use in fracture fixation, this screw is highly versatile, offering stable and reliable support in a range of orthopedic and trauma applications. This guide aims to explore the features, advantages, clinical applications, and potential risks associated with the 2.4 Cross-fit Locking Screw. It will also provide insights into its future potential in the evolving orthopedic implant market. Whether you're a medical professional, researcher, or student, this detailed overview will serve as a valuable resource for understanding how this innovative screw is reshaping fracture treatment.
The 2.4 Cross-fit Locking Screw is a specialized implant used in orthopedic surgeries for the fixation of fractures, especially those involving smaller bones or intricate bone structures. The "2.4" refers to the diameter of the screw, which is commonly used for fractures in the hand, wrist, foot, ankle, and smaller long bones.
What sets the Cross-fit Locking Screw apart from other screws is its unique cross-fitting design, which allows for a more robust and adaptable connection between the screw and the bone plate. The locking mechanism ensures that the screw securely locks into place within the plate, minimizing the risk of screw loosening over time. This feature is especially crucial in the management of fractures in areas that experience high mechanical loads or where stability is paramount to the healing process.
The screw's locking design securely engages with the plate, ensuring that the screw does not back out or loosen over time, even under load or stress. This feature is particularly important for maintaining stable fixation in complex fractures.
The screw's cross-fit design allows it to be used with multiple types of plates, offering flexibility in treatment. This versatility makes it suitable for a range of fracture types and bone anatomies.
With a diameter of 2.4mm, the screw is designed to be used in smaller bone structures, providing precise fixation without causing excessive disruption to surrounding tissues.
The screw is made from biocompatible materials such as titanium or stainless steel, ensuring minimal risk of allergic reactions or adverse tissue responses.
The screw features a precision-engineered thread design that allows for efficient penetration of bone tissue and a stable grip, ensuring that the screw holds the bone securely in place during healing.
The screw is designed for easy insertion with minimal surgical time, facilitated by its precise threading and ergonomic design that allows for smoother handling and placement.
The locking mechanism ensures that the screw remains securely anchored to the plate, which is crucial for maintaining the correct alignment of fractured bones during the healing process. This feature minimizes the risk of malunion or nonunion, two common complications in fracture healing.
The locking screw system prevents the migration of the plate, which can occur in non-locking systems due to the stresses placed on the bone during movement. This makes it particularly useful for fractures in high-motion areas such as the wrist or ankle.
The Cross-fit Locking Screw is compatible with a wide variety of locking plates, offering versatility in treatment. This makes it suitable for complex fractures that require customized fixation solutions.
The screw's small diameter and locking mechanism allow for a more minimally invasive approach to fracture fixation, reducing soft tissue trauma and promoting faster recovery for the patient.
The screw's design minimizes the risk of loosening over time, which means that it remains effective throughout the healing process and even after the bone has fully healed.
By providing stable fixation, the 2.4 Cross-fit Locking Screw reduces the likelihood of complications that could hinder bone healing, such as implant failure or malalignment.
This screw is commonly used in the fixation of distal radius fractures, which are frequent in the elderly population due to falls. The locking mechanism ensures that the fractured bone fragments are held in place during the healing process.
For fractures in the tibia and fibula, especially in the distal or mid-shaft regions, the Cross-fit Locking Screw offers a stable fixation that supports early mobilization and reduces the risk of complications.
Smaller bones in the hand and wrist, such as those in the metacarpals or phalanges, benefit from the precision and stability offered by the 2.4 Cross-fit Locking Screw. Its small size and locking mechanism provide effective fixation without disturbing delicate surrounding structures.
The 2.4 Cross-fit Locking Screw is also effective for stabilizing fractures in the ankle joint, which often require enhanced fixation due to the high mechanical loads placed on the area during movement.
This screw is ideal for fractures in the bones of the foot, where stable fixation is critical to prevent misalignment and ensure proper function during the healing process.
In cases of comminuted or complex fractures where multiple bone fragments are involved, the Cross-fit Locking Screw offers excellent support by securely holding the bone fragments together while they heal.
As with any invasive surgery, there is always a risk of infection at the surgical site, particularly if proper sterile techniques are not followed during the procedure.
In surgeries near sensitive structures, such as nerves or blood vessels, there is a risk of inadvertent injury, which could lead to complications such as nerve damage or impaired circulation.
While the locking mechanism significantly reduces the risk of screw loosening, improper insertion or mechanical overload may cause the screw to loosen or migrate, requiring revision surgery.
In some cases, factors such as poor bone quality, inadequate fixation, or infection can lead to delayed healing or nonunion, meaning the bone fails to heal properly despite the implant.
Though rare, some patients may experience allergic reactions to the materials used in the screw, such as titanium or stainless steel.
In cases where the bone fails to heal or the implant experiences excessive stress, there is a risk of implant failure, which may necessitate further surgical intervention.
As the global population ages, the incidence of fractures, particularly osteoporotic fractures, is expected to rise. This will drive the need for advanced fracture fixation devices like the 2.4 Cross-fit Locking Screw.
Continuous innovation in materials science, screw design, and surgical techniques is likely to improve the performance and versatility of the 2.4 Cross-fit Locking Screw, making it even more effective in complex fracture treatment.
The growing trend toward minimally invasive surgeries is expected to drive demand for smaller, more precise fixation devices such as the Cross-fit Locking Screw, which enables surgeons to perform procedures with reduced soft tissue disruption.
As healthcare systems in emerging markets continue to improve, the demand for advanced orthopedic implants, including the 2.4 Cross-fit Locking Screw, is expected to rise globally.
The advantages of the Cross-fit Locking Screw, including improved healing times, reduced complications, and enhanced fixation, make it a compelling choice for orthopedic surgeons and patients alike, ensuring its continued growth in the market.
The 2.4 Cross-fit Locking Screw is an innovative and highly effective solution for the fixation of fractures, offering superior stability, versatility, and durability. Its locking mechanism, compatibility with various plates, and small diameter make it ideal for treating fractures in smaller bones or intricate anatomical regions. While there are certain risks associated with its use, the advantages of improved bone healing, reduced complications, and faster recovery make it a preferred choice for many orthopedic surgeons. As technological advancements continue and the demand for advanced fracture fixation devices grows, the 2.4 Cross-fit Locking Screw is expected to remain at the forefront of orthopedic fracture treatment, offering enhanced outcomes for patients worldwide.
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.
Name | Picture | Item No. | Specification |
2.4 Cross-fit Locking Screw | ![]() ![]() | RSH248WZG | Φ2.4*8mm |
RSH2410WZG | Φ2.4*10mm | ||
RSH2412WZG | Φ2.4*12mm | ||
RSH2414WZG | Φ2.4*14mm | ||
RSH2410SZG | Φ2.4*10mm | ||
RSH2412SZG | Φ2.4*12mm | ||
RSH2414SZG | Φ2.4*14mm |
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. |
The storage of orthopedic products requires strict in-and-out management and quality control to ensure product traceability and prevent expiration or wrong shipment. |
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 2.4 Cross-fit Locking Screw Product Catalog.
2. Choose Your Interested 2.4 Cross-fit Locking Screw Product.
3. Ask For A Sample To Test 2.4 Cross-fit Locking Screw.
4.Make An Order Of XC Medico's 2.4 Cross-fit Locking Screw.
5.Become A Dealer Of XC Medico's 2.4 Cross-fit Locking Screw.
1.Better Purchase Prices Of 2.4 Cross-fit Locking Screw.
2.100% The Highest Quality 2.4 Cross-fit Locking Screw.
3. Less Ordering Efforts.
4. Price Stability For The Period Of Agreement.
5. Sufficient 2.4 Cross-fit Locking Screw.
6. Quick And Easy Assessment Of XC Medico's 2.4 Cross-fit Locking Screw.
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 2.4 Cross-fit Locking Screw represents a cutting-edge solution in the field of orthopedic surgery. Specifically designed for use in fracture fixation, this screw is highly versatile, offering stable and reliable support in a range of orthopedic and trauma applications. This guide aims to explore the features, advantages, clinical applications, and potential risks associated with the 2.4 Cross-fit Locking Screw. It will also provide insights into its future potential in the evolving orthopedic implant market. Whether you're a medical professional, researcher, or student, this detailed overview will serve as a valuable resource for understanding how this innovative screw is reshaping fracture treatment.
The 2.4 Cross-fit Locking Screw is a specialized implant used in orthopedic surgeries for the fixation of fractures, especially those involving smaller bones or intricate bone structures. The "2.4" refers to the diameter of the screw, which is commonly used for fractures in the hand, wrist, foot, ankle, and smaller long bones.
What sets the Cross-fit Locking Screw apart from other screws is its unique cross-fitting design, which allows for a more robust and adaptable connection between the screw and the bone plate. The locking mechanism ensures that the screw securely locks into place within the plate, minimizing the risk of screw loosening over time. This feature is especially crucial in the management of fractures in areas that experience high mechanical loads or where stability is paramount to the healing process.
The screw's locking design securely engages with the plate, ensuring that the screw does not back out or loosen over time, even under load or stress. This feature is particularly important for maintaining stable fixation in complex fractures.
The screw's cross-fit design allows it to be used with multiple types of plates, offering flexibility in treatment. This versatility makes it suitable for a range of fracture types and bone anatomies.
With a diameter of 2.4mm, the screw is designed to be used in smaller bone structures, providing precise fixation without causing excessive disruption to surrounding tissues.
The screw is made from biocompatible materials such as titanium or stainless steel, ensuring minimal risk of allergic reactions or adverse tissue responses.
The screw features a precision-engineered thread design that allows for efficient penetration of bone tissue and a stable grip, ensuring that the screw holds the bone securely in place during healing.
The screw is designed for easy insertion with minimal surgical time, facilitated by its precise threading and ergonomic design that allows for smoother handling and placement.
The locking mechanism ensures that the screw remains securely anchored to the plate, which is crucial for maintaining the correct alignment of fractured bones during the healing process. This feature minimizes the risk of malunion or nonunion, two common complications in fracture healing.
The locking screw system prevents the migration of the plate, which can occur in non-locking systems due to the stresses placed on the bone during movement. This makes it particularly useful for fractures in high-motion areas such as the wrist or ankle.
The Cross-fit Locking Screw is compatible with a wide variety of locking plates, offering versatility in treatment. This makes it suitable for complex fractures that require customized fixation solutions.
The screw's small diameter and locking mechanism allow for a more minimally invasive approach to fracture fixation, reducing soft tissue trauma and promoting faster recovery for the patient.
The screw's design minimizes the risk of loosening over time, which means that it remains effective throughout the healing process and even after the bone has fully healed.
By providing stable fixation, the 2.4 Cross-fit Locking Screw reduces the likelihood of complications that could hinder bone healing, such as implant failure or malalignment.
This screw is commonly used in the fixation of distal radius fractures, which are frequent in the elderly population due to falls. The locking mechanism ensures that the fractured bone fragments are held in place during the healing process.
For fractures in the tibia and fibula, especially in the distal or mid-shaft regions, the Cross-fit Locking Screw offers a stable fixation that supports early mobilization and reduces the risk of complications.
Smaller bones in the hand and wrist, such as those in the metacarpals or phalanges, benefit from the precision and stability offered by the 2.4 Cross-fit Locking Screw. Its small size and locking mechanism provide effective fixation without disturbing delicate surrounding structures.
The 2.4 Cross-fit Locking Screw is also effective for stabilizing fractures in the ankle joint, which often require enhanced fixation due to the high mechanical loads placed on the area during movement.
This screw is ideal for fractures in the bones of the foot, where stable fixation is critical to prevent misalignment and ensure proper function during the healing process.
In cases of comminuted or complex fractures where multiple bone fragments are involved, the Cross-fit Locking Screw offers excellent support by securely holding the bone fragments together while they heal.
As with any invasive surgery, there is always a risk of infection at the surgical site, particularly if proper sterile techniques are not followed during the procedure.
In surgeries near sensitive structures, such as nerves or blood vessels, there is a risk of inadvertent injury, which could lead to complications such as nerve damage or impaired circulation.
While the locking mechanism significantly reduces the risk of screw loosening, improper insertion or mechanical overload may cause the screw to loosen or migrate, requiring revision surgery.
In some cases, factors such as poor bone quality, inadequate fixation, or infection can lead to delayed healing or nonunion, meaning the bone fails to heal properly despite the implant.
Though rare, some patients may experience allergic reactions to the materials used in the screw, such as titanium or stainless steel.
In cases where the bone fails to heal or the implant experiences excessive stress, there is a risk of implant failure, which may necessitate further surgical intervention.
As the global population ages, the incidence of fractures, particularly osteoporotic fractures, is expected to rise. This will drive the need for advanced fracture fixation devices like the 2.4 Cross-fit Locking Screw.
Continuous innovation in materials science, screw design, and surgical techniques is likely to improve the performance and versatility of the 2.4 Cross-fit Locking Screw, making it even more effective in complex fracture treatment.
The growing trend toward minimally invasive surgeries is expected to drive demand for smaller, more precise fixation devices such as the Cross-fit Locking Screw, which enables surgeons to perform procedures with reduced soft tissue disruption.
As healthcare systems in emerging markets continue to improve, the demand for advanced orthopedic implants, including the 2.4 Cross-fit Locking Screw, is expected to rise globally.
The advantages of the Cross-fit Locking Screw, including improved healing times, reduced complications, and enhanced fixation, make it a compelling choice for orthopedic surgeons and patients alike, ensuring its continued growth in the market.
The 2.4 Cross-fit Locking Screw is an innovative and highly effective solution for the fixation of fractures, offering superior stability, versatility, and durability. Its locking mechanism, compatibility with various plates, and small diameter make it ideal for treating fractures in smaller bones or intricate anatomical regions. While there are certain risks associated with its use, the advantages of improved bone healing, reduced complications, and faster recovery make it a preferred choice for many orthopedic surgeons. As technological advancements continue and the demand for advanced fracture fixation devices grows, the 2.4 Cross-fit Locking Screw is expected to remain at the forefront of orthopedic fracture treatment, offering enhanced outcomes for patients worldwide.
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.
Contact