Locking Comprssion plate
WASTON
70905
3/4
40/49
Ti
70905
| Quantity: | |
|---|---|
| Code | Holes | Length | |
| 70905-203 | L | 3 | 40 |
| 70905-303 | R | ||
| 70905-204 | L | 4 | 49 |
| 70905-304 | R | ||
L-shaped Design:
Enhanced Fit: The L-shaped design is anatomically contoured to fit the specific anatomical regions of the bone, providing better alignment and stability.
Versatile Application: Suitable for various distal fractures where an L-shaped configuration provides optimal support and fixation.
3 Head Holes:
Optimal Screw Placement: The 3 head holes allow for secure placement of screws in the distal fragment, enhancing fixation stability in critical areas.
Improved Load Distribution: Distributes the load across the distal segment, reducing the risk of stress concentration and improving healing outcomes.
Locking Mechanism:
Threaded Screw Holes: The plate features threaded holes that accommodate locking screws, providing angular stability and preventing screw loosening.
Enhanced Fixation: Locking screws ensure rigid fixation, particularly beneficial in osteoporotic or poor-quality bone.
Combination Holes:
Locking and Non-Locking Screws: The plate can accommodate both locking screws for enhanced stability and non-locking (cortical) screws for additional fixation options.
Versatility in Fixation: Allows the surgeon to choose the most appropriate screw type based on the fracture pattern and bone quality.
Low-Profile Design:
Minimal Soft Tissue Irritation: The low-profile design reduces the risk of soft tissue irritation and postoperative complications.
Patient Comfort: Promotes faster and more comfortable recovery for the patient.
Precontoured Shape:
Anatomical Fit: Precontoured to match the specific anatomy of the distal bone, reducing the need for intraoperative bending and saving surgical time.
Improved Alignment: Ensures better anatomical alignment and stabilization of the fracture.
Biocompatible Materials:
Titanium Alloy: Commonly used for its strength, durability, and biocompatibility.
Stainless Steel: Another option that provides robust fixation and is widely used in orthopedic implants.
Locking Screws: Designed to work with specific sizes of locking screws that match the threaded holes of the plate.
Non-Locking Screws: Can also accommodate non-locking screws for additional fixation options.
Minimally Invasive Surgery (MIS) Capability:
Reduced Soft Tissue Disruption: Designed to be used with MIS techniques, minimizing soft tissue disruption and promoting quicker recovery.
Faster Recovery: MIS capability reduces the impact on surrounding tissues, leading to faster recovery times.
Radiolucent Markers:
Imaging Assistance: Some versions of the plate include radiolucent markers to aid in precise screw placement under imaging guidance.
Multiple Screw Holes:
Adequate Fixation Points: Multiple screw holes provide sufficient points for secure fixation of complex fracture patterns.
Enhanced Fixation Stability: Locking screws provide rigid fixation, which is particularly beneficial in osteoporotic bone.
Improved Anatomical Fit: Precontoured design improves the fit and reduces the need for intraoperative adjustments.
Versatility in Fixation: Combination holes and multi-directional screw placement offer flexibility in surgical techniques and fixation methods.
Reduced Soft Tissue Irritation: Low-profile design minimizes soft tissue irritation and postoperative complications.
Promotes Faster Recovery: MIS capability reduces soft tissue disruption, leading to faster recovery times.
These features ensure that the Distal Oblique L-shaped Locking Compression Plate with 3 head holes provides effective and reliable fixation for distal fractures, catering to a wide range of clinical scenarios and patient anatomies.
The Distal Oblique L-shaped Locking Compression Plate with 3 head holes is specifically designed for the fixation of fractures and other conditions affecting the distal regions of long bones. Below are the primary indications for its use:
Intra-articular Fractures: Fractures that extend into the joint surface of the distal radius, requiring precise anatomical reduction and stable fixation.
Extra-articular Fractures: Fractures of the distal radius that do not involve the joint but still require secure fixation to ensure proper healing.
Comminuted Fractures: Fractures where the bone is broken into multiple pieces, necessitating a stable and secure fixation method.
Displaced Fractures: Fractures where the bone fragments are misaligned and need to be repositioned and stabilized.
Fractures of the Ulnar Styloid: Fractures involving the ulnar styloid process, which may require stabilization to prevent complications such as instability of the distal radioulnar joint (DRUJ).
Multifragmentary Fractures: Fractures with multiple fragments where stable fixation and precise alignment are necessary to restore function and promote healing.
High-Energy Trauma: Fractures resulting from high-energy trauma, such as motor vehicle accidents, where secure and stable fixation is crucial.
Elderly Patients: In patients with poor bone quality due to osteoporosis, the locking mechanism provides enhanced stability and reduces the risk of screw loosening.
Corrective Osteotomies: Surgical procedures to correct malunions (healed fractures in improper alignment) or nonunions (fractures that fail to heal) of the distal radius or ulna.
Fractures Near Joints: Fractures near the wrist joint that require stable fixation to ensure proper healing and restore joint function.
Fractures with Soft Tissue Injury: Open fractures where the bone is exposed through a wound, requiring rigid fixation and minimal soft tissue disruption to promote healing.
Fractures in Diseased Bone: Fractures occurring in bones weakened by disease, such as cancer or infection, where secure fixation is crucial.
Enhanced Fixation Stability: The locking screws provide rigid fixation, which is particularly beneficial in osteoporotic or poor-quality bone.
Improved Anatomical Fit: The L-shaped design and precontoured shape improve the fit and alignment, saving surgical time and improving outcomes.
Versatility in Fixation: Combination holes allow for the use of both locking and non-locking screws, offering flexibility in surgical techniques and fixation methods.
Reduced Soft Tissue Irritation: The low-profile design minimizes soft tissue irritation and postoperative complications.
Promotes Faster Recovery: The ability to use minimally invasive surgical (MIS) techniques reduces soft tissue disruption, leading to faster recovery times.
These indications ensure that the Distal Oblique L-shaped Locking Compression Plate with 3 head holes provides effective and reliable fixation for a variety of distal fractures and deformities, catering to a wide range of clinical scenarios and patient anatomies.
locking copmression plate brochure.pdf
Anatomical Contouring: Designed to match the curvature and shape of specific bones, providing better fit and alignment.
Locking Mechanism: Includes threaded holes for locking screws, which provide angular stability and reduce the risk of screw loosening.
Compression Holes: Allows for compression at the fracture site, promoting bone healing.
Biocompatible Material: Typically made from titanium alloy or stainless steel, ensuring compatibility with the human body.
Low-profile Design: Minimizes soft tissue irritation and reduces the risk of postoperative complications.
L-shaped locking compression plates are used for a variety of fractures, including:
Periarticular fractures: Around joints, such as the distal femur or proximal tibia.
Metaphyseal fractures: Near the ends of long bones.
Complex fractures: Including comminuted fractures or fractures with poor bone quality.
The locking mechanism involves screws that engage with threaded holes in the plate. This creates a fixed-angle construct, enhancing stability compared to traditional non-locking plates.
Stability: Provides stable fixation, particularly in osteoporotic bone or fractures under high mechanical stress.
Anatomical Fit: Matches the bone anatomy, reducing the need for intraoperative contouring.
Versatility: Can accommodate different fracture patterns and bone sizes with various screw configurations.
Reduced Complications: Minimizes soft tissue irritation and promotes faster healing due to its low-profile design.
Yes, some designs of L-shaped locking compression plates are compatible with MIS techniques, which reduce soft tissue disruption and improve recovery times.
The duration of implantation depends on various factors, including the fracture type, patient's healing progress, and surgeon's assessment. In many cases, the plates may remain in place permanently if they do not cause discomfort or complications.
Patients can expect a period of immobilization followed by physical therapy to regain strength and range of motion. The plate is designed to support the bone during healing and is typically well-tolerated by the body.
Consult with an orthopedic surgeon who can evaluate your specific fracture type, bone quality, and medical history to determine the most appropriate treatment and implant options.
These FAQs provide a general overview of L-shaped locking compression plates. For specific medical advice and detailed information, always consult with a healthcare professional.
9.What is an L-shaped locking compression plate?
An L-shaped locking compression plate is an orthopedic implant used for the fixation of fractures in bones where the shape of the plate resembles the letter "L". It is designed to provide stable fixation by combining compression and locking screw technology.
| Code | Holes | Length | |
| 70905-203 | L | 3 | 40 |
| 70905-303 | R | ||
| 70905-204 | L | 4 | 49 |
| 70905-304 | R | ||
L-shaped Design:
Enhanced Fit: The L-shaped design is anatomically contoured to fit the specific anatomical regions of the bone, providing better alignment and stability.
Versatile Application: Suitable for various distal fractures where an L-shaped configuration provides optimal support and fixation.
3 Head Holes:
Optimal Screw Placement: The 3 head holes allow for secure placement of screws in the distal fragment, enhancing fixation stability in critical areas.
Improved Load Distribution: Distributes the load across the distal segment, reducing the risk of stress concentration and improving healing outcomes.
Locking Mechanism:
Threaded Screw Holes: The plate features threaded holes that accommodate locking screws, providing angular stability and preventing screw loosening.
Enhanced Fixation: Locking screws ensure rigid fixation, particularly beneficial in osteoporotic or poor-quality bone.
Combination Holes:
Locking and Non-Locking Screws: The plate can accommodate both locking screws for enhanced stability and non-locking (cortical) screws for additional fixation options.
Versatility in Fixation: Allows the surgeon to choose the most appropriate screw type based on the fracture pattern and bone quality.
Low-Profile Design:
Minimal Soft Tissue Irritation: The low-profile design reduces the risk of soft tissue irritation and postoperative complications.
Patient Comfort: Promotes faster and more comfortable recovery for the patient.
Precontoured Shape:
Anatomical Fit: Precontoured to match the specific anatomy of the distal bone, reducing the need for intraoperative bending and saving surgical time.
Improved Alignment: Ensures better anatomical alignment and stabilization of the fracture.
Biocompatible Materials:
Titanium Alloy: Commonly used for its strength, durability, and biocompatibility.
Stainless Steel: Another option that provides robust fixation and is widely used in orthopedic implants.
Locking Screws: Designed to work with specific sizes of locking screws that match the threaded holes of the plate.
Non-Locking Screws: Can also accommodate non-locking screws for additional fixation options.
Minimally Invasive Surgery (MIS) Capability:
Reduced Soft Tissue Disruption: Designed to be used with MIS techniques, minimizing soft tissue disruption and promoting quicker recovery.
Faster Recovery: MIS capability reduces the impact on surrounding tissues, leading to faster recovery times.
Radiolucent Markers:
Imaging Assistance: Some versions of the plate include radiolucent markers to aid in precise screw placement under imaging guidance.
Multiple Screw Holes:
Adequate Fixation Points: Multiple screw holes provide sufficient points for secure fixation of complex fracture patterns.
Enhanced Fixation Stability: Locking screws provide rigid fixation, which is particularly beneficial in osteoporotic bone.
Improved Anatomical Fit: Precontoured design improves the fit and reduces the need for intraoperative adjustments.
Versatility in Fixation: Combination holes and multi-directional screw placement offer flexibility in surgical techniques and fixation methods.
Reduced Soft Tissue Irritation: Low-profile design minimizes soft tissue irritation and postoperative complications.
Promotes Faster Recovery: MIS capability reduces soft tissue disruption, leading to faster recovery times.
These features ensure that the Distal Oblique L-shaped Locking Compression Plate with 3 head holes provides effective and reliable fixation for distal fractures, catering to a wide range of clinical scenarios and patient anatomies.
The Distal Oblique L-shaped Locking Compression Plate with 3 head holes is specifically designed for the fixation of fractures and other conditions affecting the distal regions of long bones. Below are the primary indications for its use:
Intra-articular Fractures: Fractures that extend into the joint surface of the distal radius, requiring precise anatomical reduction and stable fixation.
Extra-articular Fractures: Fractures of the distal radius that do not involve the joint but still require secure fixation to ensure proper healing.
Comminuted Fractures: Fractures where the bone is broken into multiple pieces, necessitating a stable and secure fixation method.
Displaced Fractures: Fractures where the bone fragments are misaligned and need to be repositioned and stabilized.
Fractures of the Ulnar Styloid: Fractures involving the ulnar styloid process, which may require stabilization to prevent complications such as instability of the distal radioulnar joint (DRUJ).
Multifragmentary Fractures: Fractures with multiple fragments where stable fixation and precise alignment are necessary to restore function and promote healing.
High-Energy Trauma: Fractures resulting from high-energy trauma, such as motor vehicle accidents, where secure and stable fixation is crucial.
Elderly Patients: In patients with poor bone quality due to osteoporosis, the locking mechanism provides enhanced stability and reduces the risk of screw loosening.
Corrective Osteotomies: Surgical procedures to correct malunions (healed fractures in improper alignment) or nonunions (fractures that fail to heal) of the distal radius or ulna.
Fractures Near Joints: Fractures near the wrist joint that require stable fixation to ensure proper healing and restore joint function.
Fractures with Soft Tissue Injury: Open fractures where the bone is exposed through a wound, requiring rigid fixation and minimal soft tissue disruption to promote healing.
Fractures in Diseased Bone: Fractures occurring in bones weakened by disease, such as cancer or infection, where secure fixation is crucial.
Enhanced Fixation Stability: The locking screws provide rigid fixation, which is particularly beneficial in osteoporotic or poor-quality bone.
Improved Anatomical Fit: The L-shaped design and precontoured shape improve the fit and alignment, saving surgical time and improving outcomes.
Versatility in Fixation: Combination holes allow for the use of both locking and non-locking screws, offering flexibility in surgical techniques and fixation methods.
Reduced Soft Tissue Irritation: The low-profile design minimizes soft tissue irritation and postoperative complications.
Promotes Faster Recovery: The ability to use minimally invasive surgical (MIS) techniques reduces soft tissue disruption, leading to faster recovery times.
These indications ensure that the Distal Oblique L-shaped Locking Compression Plate with 3 head holes provides effective and reliable fixation for a variety of distal fractures and deformities, catering to a wide range of clinical scenarios and patient anatomies.
locking copmression plate brochure.pdf
Anatomical Contouring: Designed to match the curvature and shape of specific bones, providing better fit and alignment.
Locking Mechanism: Includes threaded holes for locking screws, which provide angular stability and reduce the risk of screw loosening.
Compression Holes: Allows for compression at the fracture site, promoting bone healing.
Biocompatible Material: Typically made from titanium alloy or stainless steel, ensuring compatibility with the human body.
Low-profile Design: Minimizes soft tissue irritation and reduces the risk of postoperative complications.
L-shaped locking compression plates are used for a variety of fractures, including:
Periarticular fractures: Around joints, such as the distal femur or proximal tibia.
Metaphyseal fractures: Near the ends of long bones.
Complex fractures: Including comminuted fractures or fractures with poor bone quality.
The locking mechanism involves screws that engage with threaded holes in the plate. This creates a fixed-angle construct, enhancing stability compared to traditional non-locking plates.
Stability: Provides stable fixation, particularly in osteoporotic bone or fractures under high mechanical stress.
Anatomical Fit: Matches the bone anatomy, reducing the need for intraoperative contouring.
Versatility: Can accommodate different fracture patterns and bone sizes with various screw configurations.
Reduced Complications: Minimizes soft tissue irritation and promotes faster healing due to its low-profile design.
Yes, some designs of L-shaped locking compression plates are compatible with MIS techniques, which reduce soft tissue disruption and improve recovery times.
The duration of implantation depends on various factors, including the fracture type, patient's healing progress, and surgeon's assessment. In many cases, the plates may remain in place permanently if they do not cause discomfort or complications.
Patients can expect a period of immobilization followed by physical therapy to regain strength and range of motion. The plate is designed to support the bone during healing and is typically well-tolerated by the body.
Consult with an orthopedic surgeon who can evaluate your specific fracture type, bone quality, and medical history to determine the most appropriate treatment and implant options.
These FAQs provide a general overview of L-shaped locking compression plates. For specific medical advice and detailed information, always consult with a healthcare professional.
9.What is an L-shaped locking compression plate?
An L-shaped locking compression plate is an orthopedic implant used for the fixation of fractures in bones where the shape of the plate resembles the letter "L". It is designed to provide stable fixation by combining compression and locking screw technology.
