Jindal Medi Surge

The Orthopedic Locking T Plate (Oblique Angled, 3.5mm, Left) made from SS316L is a specialized implant used in orthopedic surgeries to stabilize fractures in small and medium-sized bones. Below is a detailed overview:
Product DescriptionMaterial:
SS316L (Surgical Grade Stainless Steel) ensures high durability, corrosion resistance, and biocompatibility.Design:
Oblique Angled T Plate:Specifically angled for anatomical compatibility with oblique fracture patterns.Designed for left-sided applications.Locking Mechanism:Features locking holes to accommodate locking screws, providing angular stability.Compatible with 3.5mm screws (locking or cortical).Configuration:
The oblique T-shape optimizes fixation in regions requiring precise alignment and stability.Typically available in various lengths and hole configurations to suit different clinical needs.ApplicationsSmall and Medium Bone Fractures:Commonly used in:Proximal or distal radius fracturesMetacarpal and metatarsal fracturesOblique or complex fracture patternsOsteotomies:Stabilizes bones after surgical realignment or corrective procedures.Nonunion or Malunion:Helps in correcting misaligned fractures or facilitating bone healing.Key FeaturesOblique Angled Head:Designed for left-side anatomical structures, ensuring precise fit and stability in oblique fractures.Locking Technology:Provides angular stability, reducing micromotion and the risk of screw loosening.Requires less plate-to-bone contact, preserving blood supply to the bone.Material Excellence:SS316L ensures the implant is resistant to wear, biocompatible, and MRI-compatible.Technical SpecificationsParameter DetailsMaterial SS316LScrew Diameter 3.5mm (locking or cortical)Plate Shape Oblique Angled T-ShapeSide LeftApplications Small and medium bonesAdvantagesCustomized Fit:Oblique angle accommodates challenging fracture anatomies.Left-specific design enhances compatibility with the affected side.Locking Mechanism:Provides better fixation in osteoporotic or fragile bones.Reduces dependence on perfect contouring, minimizing surgical effort.Durability:SS316L ensures the implant resists corrosion and maintains strength over time.Would you like assistance with dimensions, variations, or surgical techniques for this implant?

The Orthopedic Locking Proximal Radial Head Neck Plate 2.7mm Right/Left SS316L is a specialized implant designed for addressing fractures, deformities, and reconstructions of the radial head and neck. Below are its detailed specifications and applications:
Material: SS316LStainless Steel 316L (SS316L):A low-carbon stainless steel alloy known for its biocompatibility.Highly resistant to corrosion and durable, making it ideal for orthopedic implants.Provides long-term safety and reliability in surgical applications.Design FeaturesAnatomically Contoured Plate:
Specifically designed to fit the proximal radial head and neck anatomy.Separate configurations for right and left sides ensure precise anatomical alignment.2.7mm Screw Compatibility:
Compatible with 2.7mm locking and cortical screws.Locking screws provide stability, while cortical screws enable compression for secure fixation.Low-Profile Construction:
Ensures minimal soft tissue irritation.Ideal for areas around the elbow joint where space is limited.Plate Shape and Orientation:
Designed to address various fracture patterns, including those involving the radial neck and articular rim.Offers multiple fixation points for complex fracture stabilization.Locking Plate TechnologyLocking Mechanism:
The locking holes securely engage screws with the plate, creating a stable construct.Particularly beneficial for osteoporotic or weakened bone.Hybrid Hole Design:
Supports both locking and non-locking screws, allowing flexible fixation strategies.Enhances adaptability to fracture-specific needs.ApplicationsIndicated for:
Radial head and neck fractures.Comminuted or displaced fractures.Nonunion or malunion cases requiring corrective surgery.Trauma involving intra-articular or extra-articular fractures of the radial head and neck.Reconstructive Surgery:
Useful for deformity corrections or reconstruction following excision of the radial head.AdvantagesEnhanced Stability:
Locking mechanism ensures rigid fixation, reducing the risk of micro-motion at the fracture site.Durability:
High-strength SS316L material withstands biomechanical stress and resists corrosion for long-term performance.Precision Fit:
Anatomically contoured design reduces intraoperative adjustments and ensures a snug fit for better outcomes.Versatility:
Compatible with various surgical techniques and fixation requirements.Multiple holes allow for secure fixation in complex fracture patterns.Reduced Complications:
Low-profile design minimizes soft tissue irritation and interference with joint motion.If you would like further details about its instrumentation, surgical procedure, or dimensions, feel free to ask!

An Orthopedic Locking Clavicle Hook Plate 3.5mm is a surgical implant used to treat fractures, dislocations, or injuries of the clavicle (collarbone), especially near the acromioclavicular (AC) joint. These plates are designed for fixation and stabilization of the clavicle and are available for both left and right sides. The plate is commonly made from SS316L (Surgical Stainless Steel 316L) due to its biocompatibility, corrosion resistance, and mechanical strength.
Key Features:Material:
Made from SS316L, a high-grade surgical stainless steel that ensures strength and durability.Resistant to corrosion and body fluids.Design:
Comes with a hook at one end to support the distal clavicle or accommodate AC joint injuries.Pre-contoured for anatomical fit, reducing the need for additional bending during surgery.Locking Mechanism:
Includes locking screw holes for enhanced fixation stability, reducing the risk of implant loosening.Thickness:
Typically 3.5mm, suitable for clavicular anatomy while minimizing implant prominence.Left/Right Versions:
Available in configurations specific to the left or right clavicle for precise anatomical alignment.Applications:
Treatment of lateral clavicle fractures.Stabilization in cases of AC joint dislocation or ligament repair.Addressing malunion or nonunion of fractures.Sizes and Variants:
Available in various lengths to accommodate patient-specific anatomy and fracture patterns.Would you like to know more about surgical techniques, manufacturers, or additional specifications?

The Orthopedic Locking Volar Plate 2.7mm Left/Right SS316L is a specialized implant designed for the surgical fixation of fractures in the distal radius, particularly for volar (palm side) approaches. Its low-profile design and locking mechanism make it an excellent choice for stable fracture fixation while preserving soft tissue and anatomical structures.
Features:Material:
Made from SS 316L (surgical-grade stainless steel), offering:High biocompatibility.Corrosion resistance.Excellent mechanical strength.Design:
Anatomically Contoured:Pre-contoured to fit the volar surface of the distal radius, reducing the need for intraoperative bending.Low-Profile Plate:Minimizes soft tissue irritation and provides a snug fit for better patient outcomes.Locking Screw Technology:Locking screws provide angular stability and are particularly effective in osteoporotic or comminuted fractures.Bilateral Configuration:Plates are available for both left and right wrists to ensure precise anatomical alignment.Combination Holes:
Accommodates:2.7mm locking screws for fixed-angle stabilization.2.4mm or 2.7mm cortical screws for compression and lag fixation.Radiolucency:
Compatible with imaging techniques (e.g., X-rays, fluoroscopy) for accurate intraoperative placement and post-operative assessment.Indications:The Locking Volar Plate 2.7mm Left/Right is suitable for treating:
Distal Radius Fractures:Extra-articular fractures.Intra-articular fractures.Comminuted fractures.Osteoporotic Fractures:Reliable fixation in patients with compromised bone quality.Complex Fractures:Multi-fragmentary fractures that require stable fixation.Nonunions or Malunions:Reconstructive procedures for poorly healed fractures.Advantages:Angular Stability:Locking screws prevent screw loosening and provide a rigid construct, even in weak or fragmented bone.Anatomical Precision:Pre-contoured design minimizes surgical adjustments and improves fit.Soft Tissue Preservation:Low-profile plate reduces soft tissue irritation and promotes patient comfort.Versatility:Combination holes allow for both locking and non-locking screw placement, offering flexible fixation techniques.Early Mobilization:Stable fixation allows for faster rehabilitation and return to normal activities.Applications:Commonly used in trauma surgery and reconstructive procedures involving the distal radius:Fracture Fixation: Both simple and complex distal radius fractures.Reconstructive Surgery: Correcting malunions, nonunions, or deformities.Osteoporotic Fractures: Providing stable fixation in elderly patients.Screw Compatibility:2.7mm Locking Screws:For angular stability in fixed-angle constructs.2.4mm or 2.7mm Cortical Screws:For dynamic compression or lag screw fixation.Sizes and Configurations:Available in various lengths and hole configurations to accommodate different fracture patterns.Left/Right Specific:Anatomically contoured to fit either the left or right distal radius for optimal surgical outcomes.Surgical Technique:Volar Approach:Accessing the distal radius from the palm side, preserving dorsal structures.Plate Placement:The pre-contoured plate is positioned on the volar surface of the radius.Screw Fixation:Locking screws are inserted into predetermined plate holes for stable fixation.Imaging Guidance:Fluoroscopic imaging ensures precise alignment and placement.If you require more details on plate lengths, specific surgical steps, or comparisons with other volar plate systems, feel free to ask!

The Orthopedic Locking Symphyseal Plate 3.5mm with Coaxial Combi Holes, SS316L is a specialized implant designed for the fixation of symphyseal fractures or fractures in the pelvic region, particularly where precise alignment and stabilization are critical. This plate features locking screw technology and coaxial combi holes, making it adaptable for both dynamic and angular stability, and ensuring it can accommodate various types of screws depending on the clinical requirements.
Made from SS316L (Surgical-Grade Stainless Steel), it provides excellent mechanical strength, biocompatibility, and resistance to corrosion, making it an ideal choice for long-term implant stability.
Features:Material:
SS316L (Surgical-Grade Stainless Steel):Known for its high mechanical strength, SS316L is an ideal material for bone fixation, as it can withstand the stresses applied during the healing process.It has excellent corrosion resistance, ensuring the implant remains stable and functional over the long term.Highly biocompatible, it is well tolerated by the body with minimal risk of adverse reactions.Design:
Coaxial Combi Holes:The plate features combi holes, allowing the use of both locking screws and cortical screws. This flexibility provides the surgeon with options to choose the appropriate screw type based on the bone quality, fracture type, and desired stabilization.Coaxial holes ensure that the screws align perfectly, contributing to a stable, fixed-angle construct when locking screws are used, or allowing dynamic compression when cortical screws are used.Symphyseal Plate Design:Designed specifically for symphyseal fractures (such as fractures in the pubic symphysis or sacroiliac joint area), where stable fixation is needed to restore anatomical alignment and facilitate proper healing.The plate’s design ensures that it provides the required strength and precision to handle the forces exerted on the pelvic area during the healing process.Screw Compatibility:
3.5mm Locking Screws:The locking screw mechanism provides enhanced stability by preventing screw loosening or back-out, making it ideal for osteoporotic or weak bone.Cortical Screws:The combi holes also allow for the use of 3.5mm cortical screws, which can be used to achieve compression or for dynamic fixation, depending on the surgical plan.Radiolucency:
The plate is radiolucent, meaning it does not obstruct imaging modalities like X-rays and fluoroscopy, which helps in both pre-operative planning and post-operative monitoring.Indications:This Locking Symphyseal Plate is commonly used in the following cases:
Symphyseal Fractures:Primarily used for fractures involving the pubic symphysis or pelvic fractures where accurate reduction and stable fixation are essential.Pelvic Ring Fractures:For fractures of the pelvic ring, particularly those in the anterior portion (such as pubic symphysis fractures), the plate provides support and stability.Osteoporotic Bone:It is ideal for patients with weak bone quality (such as elderly patients or those with osteoporosis) because the locking screw system offers increased stability in compromised bone structures.Fractures Requiring Compression:The combi holes allow for compression at the fracture site when cortical screws are used, helping to promote bone healing by maintaining proper fracture alignment.Reconstructive Surgery:Used in cases of nonunions or malunions in the symphyseal area, where the bone needs to be realigned and stabilized for proper healing.Advantages:Flexibility in Fixation:The coaxial combi holes allow the surgeon to choose between locking screws for fixed-angle stability or cortical screws for dynamic compression, providing versatility during the surgery.

The Orthopedic Anterior Clavicle Locking Plate 3.5mm SS316L is a specialized implant used in the treatment of clavicle fractures, particularly those involving the anterior part of the clavicle. This plate is designed to provide stable fixation for fractures of the mid-shaft or distal clavicle, offering superior support and alignment during the healing process. Here's a detailed breakdown of the plate's features, applications, and benefits:
1. Locking Plate Design:The anterior clavicle locking plate is equipped with a locking screw system, which provides fixed-angle stability by allowing screws to lock into the plate, ensuring that the screw does not shift or loosen over time.The locking mechanism is particularly useful for providing secure fixation in osteoporotic or fragile bone, which might otherwise struggle to hold conventional screws or plates.The plate is designed to ensure optimal fracture alignment and to resist any movement or shifting during the healing process, reducing the risk of malunion or nonunion.2. Anatomical Design:The anterior clavicle locking plate is pre-contoured to fit the natural anterior surface of the clavicle. Its design helps to follow the natural curvature of the bone, ensuring a snug fit, which is important for proper alignment and healing.The pre-contoured nature of the plate reduces the need for extensive intraoperative adjustments, which can save time and reduce the risk of complications.The low-profile design minimizes soft tissue irritation, which can enhance patient comfort during the recovery period.3. 3.5mm Locking Screws:The plate uses 3.5mm locking screws, which are ideal for clavicle fractures as they provide optimal fixation for the size and structure of the clavicle bone.The locking screws secure the plate in place, ensuring a fixed-angle construct that provides enhanced stability. This is especially beneficial in cases where the bone quality is compromised, such as in osteoporotic bones.The locking mechanism helps to keep the bone fragments in correct alignment, even under the stresses placed on the clavicle during daily activities or rehabilitation.4. Material: SS316L (Stainless Steel 316L):Made from SS316L, a high-quality medical-grade stainless steel, the plate offers:Corrosion resistance, ensuring long-term durability in the body.Mechanical strength, which allows it to withstand the forces placed on it during rehabilitation.Biocompatibility, making it safe for use in the human body without causing adverse reactions.SS316L is widely used in orthopedic implants due to its strength, resistance to corrosion, and ability to maintain integrity over time.5. Applications:Clavicle Fractures:The plate is commonly used in the fixation of clavicle fractures, particularly those involving the mid-shaft or distal clavicle.Comminuted or Displaced Fractures:It is suitable for comminuted fractures, where the bone is broken into multiple pieces and requires strong, stable fixation.Osteoporotic Bone:The locking mechanism provides additional stability, making it ideal for patients with osteoporotic bones or fragile bone structure.Fractures Near the Joint:It can also be used for fractures close to the sternoclavicular or acromioclavicular joints, where additional support is needed to maintain proper alignment and function.6. Locking Mechanism:The locking screw system provides a fixed-angle construct, which ensures that the screws do not shift or loosen during the healing process, even under the stress of weight-bearing or other forces.The locking mechanism makes it ideal for treating complex fractures or osteoporotic bones, where traditional plates and screws may not provide sufficient stability.

The Orthopedic Locking Proximal Medial Tibia Plate 3.5mm Right/Left SS316L is a specialized implant designed for fractures and surgical corrections involving the proximal medial tibia (the upper section of the tibia bone on the inner side of the knee). This plate provides stable fixation and promotes healing while minimizing soft tissue irritation. Here’s an in-depth explanation of its features, applications, and benefits:
1. Locking Plate Design:Locking technology ensures that the screws engage with the plate, forming a fixed-angle construct that provides angular stability.Ideal for fractures involving the proximal tibia, particularly in cases of osteoporosis or comminuted fractures, where traditional compression plates may not provide enough stability.Reduces the need for precise screw placement or reliance on bone quality for stability.2. Proximal Medial Tibia Plate:Designed specifically for fractures occurring in the proximal (upper) section of the tibia, particularly on the medial (inner) side.Typically used for fractures near the tibial plateau or fractures involving the diaphyseal-metaphyseal junction.The medial positioning of the plate provides support for fractures that occur on the inner aspect of the tibia, which is common in knee-related trauma.3. 3.5mm Screw Compatibility:Accommodates 3.5mm locking screws and cortical screws for varied fixation needs.The 3.5mm screws provide the right balance of strength and size for fixing fractures in the proximal tibia.Screws can be placed at different angles for optimal fracture stabilization and alignment.4. Right/Left-Sided Plate:Available as right and left plates to ensure an optimal fit for either the right or left proximal tibia.5. Material: SS316L (Stainless Steel 316L):Made from SS316L, a high-grade stainless steel known for:Corrosion resistance: Crucial for long-term implantation.Strength: Ensures the plate can withstand the stresses placed on the tibia during rehabilitation.Biocompatibility: Safe for prolonged use in the body without causing adverse reactions.Applications:Proximal tibial fractures:Fractures involving the tibial plateau, often seen in trauma cases like high-energy accidents.Fractures that extend into the metaphysis or diaphysis of the tibia.Fractures associated with knee instability: Such as fractures near the joint surface or those involving the ligament attachments.Key Features:Anatomic Contouring:Pre-shaped to fit the natural curve of the proximal medial tibia, minimizing surgical adjustments.Locking Screw Holes:Provides angular stability, reducing micromotion at the fracture site and ensuring reliable healing.Combination Holes:Accommodates both locking screws (for stability) and cortical screws (for compression), offering flexibility in fixation techniques.Low-Profile Design:Minimizes soft tissue irritation, reducing the risk of complications such as tendon irritation.Multidirectional Screw Placement:Allows screws to be placed at different angles to optimize fixation, especially in complex fractures.Surgical Considerations:Fracture Reduction: Careful realignment of the fracture is crucial to restore normal function and prevent joint malalignment or arthritis.Plate Positioning: The plate is applied to the medial aspect of the tibia to ensure proper support, especially in fractures extending to the joint surface.

The Orthopedic Distal Radius Locking Plate, 2 Holes in Head, L-Type, SS316L is a precision-engineered implant designed specifically for stabilizing distal radius fractures. Its L-shaped design provides targeted fixation for specific fracture patterns, ensuring optimal support and stability for fracture healing.
Features:Material:
Made from SS316L (Surgical-Grade Stainless Steel):High biocompatibility for safe implantation.Excellent resistance to corrosion from body fluids.Superior strength to withstand mechanical stress during healing.Design:
L-Type Plate:Ideal for fractures involving the radial or ulnar side of the distal radius.2 Holes in Head:Designed for precise fixation of smaller fragments near the articular surface.Locking Plate Technology:Locking screws engage the plate firmly, offering angular stability and preventing screw loosening.Low-Profile Construction:Minimizes irritation to surrounding soft tissues and tendons.Combination Holes:Compatible with both locking and non-locking screws, allowing hybrid fixation.Screw Compatibility:
2.4mm and 2.7mm Locking Screws for fixed-angle stabilization.2.4mm or 2.7mm Cortical Screws for compression and dynamic fixation.Imaging Compatibility:
Fully compatible with fluoroscopy and X-rays for accurate intraoperative and postoperative evaluation.Indications:This plate is designed for use in a variety of distal radius fractures, including:
Extra-Articular Fractures:Fractures that do not involve the articular surface.Partial Articular Fractures:Fractures involving one column of the distal radius.Comminuted Fractures:Multi-fragmentary fractures requiring robust stabilization.Osteoporotic Bone:Reliable fixation in elderly patients with poor bone quality.Fracture-Dislocations:Stabilization of fractures associated with volar or dorsal dislocations.Nonunions and Malunions:Reconstruction of poorly healed fractures.Advantages:Targeted Fixation:The L-shape design provides focused stabilization for specific fracture patterns.Angular Stability:Locking screws offer a rigid construct, especially useful in comminuted or osteoporotic bone.Soft Tissue Preservation:Low-profile design minimizes irritation to surrounding tendons and tissues.Flexible Fixation Options:Combination holes allow for the use of locking and cortical screws, offering surgical versatility.Efficient Healing:Stable fixation supports early mobilization and functional recovery.Applications:Trauma Surgery:Stabilizing distal radius fractures caused by falls, motor vehicle accidents, or sports injuries.Reconstructive Surgery:Correcting malalignment from previous fractures.Elderly Patients:Treating osteoporotic fractures with angularly stable screws.Surgical Technique:Surgical Access:A volar or dorsal approach is chosen based on the fracture pattern.Plate Positioning:The L-shaped plate is placed on the affected column of the distal radius, ensuring alignment with the fracture.Screw Insertion:Locking screws are inserted into the 2 head holes for stabilization of articular fragments.Cortical screws can be used in the shaft for additional compression or lag fixation.Imaging Assistance:Fluoroscopic guidance ensures proper placement and alignment during surgery.Sizes and Configurations:L-Shape Design:Provides targeted fixation for column-specific fractures.Head with 2 Holes:Optimized for precise fragment fixation.Screw Compatibility:Locking screws: 2.4mm and 2.7mm.Cortical screws: 2.4mm and 2.7mm.Left/Right Specific:Plates tailored for the left or right wrist for anatomical accuracy.Benefits of SS316L:Durability:

XL Bipolar Hip Prosthesis (Non-Fenestrated) with Stem Centralizer – Sterile (SS316L)The XL Bipolar Hip Prosthesis with a Non-Fenestrated Stem and Stem Centralizer is designed for hip hemiarthroplasty, offering enhanced stability, reduced acetabular wear, and improved joint mobility. It is ideal for patients with femoral neck fractures, avascular necrosis (AVN), or degenerative hip conditions where total hip replacement is not necessary.
1. MaterialSS316L (Stainless Steel 316L, Medical Grade)Corrosion-resistant and biocompatible.Provides high strength and durability.Suitable for cemented fixation.2. Design & FeaturesBipolar Head MechanismDual Articulation: The inner head moves within the outer shell, reducing acetabular wear and providing better mobility.Smooth Polished Surface: Minimizes friction and enhances longevity.XL (Extra Large) SizeDesigned for patients with larger femurs, ensuring proper load distribution and stability.Non-Fenestrated StemSolid stem without holes, providing uniform stress distribution and enhanced strength.Ideal for cemented fixation, ensuring long-term stability.Stem CentralizerImproves proper alignment of the stem within the femoral canal.Enhances cement distribution, reducing stress on the implant and bone.Helps prevent implant subsidence and loosening.Sterile PackagingReady for immediate surgical use, minimizing contamination risk.3. IndicationsFemoral Neck Fractures, especially in elderly patients.Avascular Necrosis (AVN) when the acetabulum remains intact.Hip Osteoarthritis (if total hip replacement is not required).Failed Internal Fixation of hip fractures.4. AdvantagesLess Acetabular Wear: Bipolar design reduces direct acetabular contact, increasing implant longevity.Better Fixation: Stem centralizer ensures proper implant positioning and cement distribution.Lower Dislocation Risk: Bipolar mechanism improves stability over unipolar designs.Improved Range of Motion: Dual articulation provides better mobility for active patients.Would you like additional details, such as available sizes, surgical techniques, or supplier information?

Locking Proximal Radial Head Rim Plate 2.7mm Orthopedic Implant   Jindal Medi Surge are a OEM / BRAND manufacturer, exporter, and supplier of complete range small fragment locking compression plates and small fragment locking screws in Titanium and Stainless Steel Grade. Small fragment implants have been developed for fixation of fractures in the forearm, the distal end of the humerus, the ankle, the fibula, as well as small fragments of large bones. They are also used in pelvic and acetabular fractures. The strength and size of the implants correspond to these specific parts. Thus, they should not be used where for anatomical and mechanical reasons other sizes are recommended. The evolution of the technique of application and design, as well as new development, of current implants, comes from experience and continuous research. Most of the implants can be obtained in both titanium and in stainless steel from various small fragments orthopedic implants and instruments manufacturers who also manufacture cannulated screws, hip prosthesis etc. The instruments used for the temporary fixation of small fragments, reduction, and insertion of small fragment locking compression plate, are similar in principle to those for large fragments, but of dimensions that correspond to the bone size.

The Orthopedic Lateral Tibia Plate LISS (Less Invasive Stabilization System) is a specialized implant designed for minimally invasive treatment of fractures in the proximal or distal tibia. This plate is commonly used for stabilizing complex fractures, including those in osteoporotic bone, while preserving soft tissue and periosteal blood supply.
Features:Material:
Made from SS 316L (surgical-grade stainless steel) or Titanium, both offering excellent biocompatibility, corrosion resistance, and strength.Design:
Lateral Tibia Plate: Specifically shaped to fit the lateral side of the tibia for precise anatomical alignment.Pre-Contoured Shape: Matches the natural curve of the tibia, reducing intraoperative adjustments and ensuring proper alignment.Locking Screw Technology:Fixed-angle locking screws provide stable fixation, particularly useful in osteoporotic or comminuted fractures.Minimally Invasive:Designed to be inserted through small incisions using a percutaneous approach to minimize soft tissue disruption.Targeting Device:
Comes with advanced instrumentation for precise insertion of the plate and screws, ensuring optimal alignment and fixation.Combination Holes:
Accommodates both locking screws (for angular stability) and standard cortical screws (for dynamic compression).Radiolucency:
Fully compatible with fluoroscopic or X-ray imaging for accurate intraoperative placement.Indications:The LISS Lateral Tibia Plate is suitable for:
Proximal Tibia Fractures:Extra-articular and intra-articular fractures (e.g., tibial plateau fractures).Distal Tibia Fractures:Including metaphyseal and diaphyseal fractures.Comminuted Fractures:Fractures with multiple fragments that require stable fixation.Osteoporotic Bone:Reliable fixation for fractures in patients with low bone density.Nonunions and Malunions:Correction of previously untreated or poorly healed fractures.Periprosthetic Fractures:Fractures occurring near existing knee or ankle implants.Advantages:Minimally Invasive:Reduces disruption of soft tissue and periosteal blood supply, promoting faster healing.Angular Stability:Locking screws prevent loosening and provide a rigid construct, even in osteoporotic bone.Anatomical Fit:Pre-contoured design minimizes the need for intraoperative bending and ensures proper alignment.Reduced Surgical Time:Guided instrumentation and pre-designed holes streamline the procedure.Early Mobilization:Stable fixation supports early post-operative weight-bearing and rehabilitation.Applications:Trauma Surgery:Stabilization of proximal and distal tibial fractures, especially in emergency settings.Reconstructive Surgery:Corrective procedures for malunions, nonunions, or deformities.Sports Injuries:Treating high-energy injuries with complex fracture patterns.Surgical Technique:Plate Insertion:The plate is slid beneath the skin through small lateral incisions, minimizing tissue damage.Targeted Screw Placement:Using a targeting guide, screws are placed through small stab incisions into the pre-defined holes on the plate.Imaging:Fluoroscopic guidance ensures accurate placement and alignment during the procedure.Sizes and Configurations:Plates are available in various lengths (e.g., 4-hole, 6-hole, 8-hole, etc.) to accommodate different fracture patterns.Right and left-specific versions for anatomical accuracy.Compatible with 5.0mm locking screws and 4.5mm cortical screws.If you need further details, such as specific surgical techniques, plate dimensions, or comparisons with other plate systems, let me know!

The Orthopedic Locking Extra-Articular Distal Humerus Plate (3.5mm, Left) made from SS316L (Surgical Grade Stainless Steel) is a specialized implant for stabilizing extra-articular fractures of the distal humerus. Below is a detailed overview:
Product DescriptionMaterial:
Made of SS316L, offering excellent strength, biocompatibility, and corrosion resistance, making it suitable for long-term implantation.Design:
Anatomically Contoured:Specifically shaped to fit the lateral or medial aspect of the distal humerus.Left-side configuration ensures optimal anatomical compatibility.Locking Mechanism:Features locking holes designed for 3.5mm locking screws, providing angular stability and secure fixation.Multiple Screw Trajectories:Allows multidirectional screw placement for optimal stability, especially in complex fracture patterns.Low-Profile Design:Reduces soft tissue irritation and provides better biomechanical performance.Compatibility:
Compatible with 3.5mm locking screws for angular stability.Also supports 3.5mm cortical screws for compression where needed.ApplicationsFracture Fixation:Designed for extra-articular fractures of the distal humerus, including:Simple transverse fracturesOblique or spiral fracturesComminuted fracturesStabilizes fractures without involving the joint surface.Osteotomies:Used in surgical realignment or bone reshaping procedures in the distal humerus.Nonunion or Malunion:Provides structural support for correcting improperly healed fractures.Key FeaturesAnatomical Design:Pre-contoured for the distal humerus, minimizing the need for intraoperative bending.Left-side specific design ensures a precise fit.Locking Technology:Enhances stability, especially in osteoporotic or fragile bone.Maintains angular stability, reducing the risk of screw loosening.Optimized Screw Placement:Multiple locking holes allow better screw trajectories to capture fracture fragments securely.Durable and Biocompatible:Made of SS316L, ensuring resistance to wear, corrosion, and mechanical failure.Technical SpecificationsParameter DetailsMaterial SS316LScrew Diameter 3.5mm (locking or cortical)Plate Design Anatomically contoured for left distal humerusApplications Extra-articular distal humerus fracturesAdvantagesEnhanced Stability:Combines the benefits of locking screws and anatomical design for secure fixation.Reduced Soft Tissue Irritation:Low-profile design minimizes discomfort and facilitates healing.Biomechanical Optimization:Offers superior fixation, even in challenging fractures or poor-quality bone.Would you like additional details, such as sizing options, surgical techniques, or procurement assistance for this implant?

The Orthopedic One-Third Locking Plate (3.5mm) made from SS316L (Surgical Grade Stainless Steel) is a lightweight yet robust implant used for stabilizing fractures in small and medium-sized bones. Below are its detailed features and applications:
Product DescriptionMaterial:
Constructed from SS316L, ensuring high strength, biocompatibility, and corrosion resistance.Design:
One-Third Plate:Narrower and thinner compared to standard plates, making it ideal for smaller bones or areas with limited soft tissue coverage.Locking Mechanism:Designed to accommodate 3.5mm locking screws, providing angular stability.Dynamic Compression Holes:Allows for the combination of locking screws and standard cortical screws for versatile fixation options.Compatibility:
Compatible with 3.5mm locking screws for angular stability.Also supports 3.5mm cortical screws for compression or neutral fixation.ApplicationsFracture Fixation:Ideal for small and medium bones, such as:Radius and ulnaMetacarpals and metatarsalsClavicleCommonly used for:Simple and complex fracturesComminuted fracturesFractures in osteoporotic boneOsteotomies:Stabilizes bones after surgical realignment.Nonunion or Malunion:Provides structural support for proper healing in challenging cases.Key FeaturesLightweight Design:Narrower profile reduces implant bulk and soft tissue irritation.Ideal for anatomically constrained areas.Locking Technology:Offers angular stability, reducing screw pull-out risks in fragile or osteoporotic bones.Versatile Hole Configuration:Allows combination of locking and non-locking screws for flexible fixation strategies.Durable Material:SS316L ensures the implant withstands mechanical loads and resists corrosion over time.Technical SpecificationsParameter DetailsMaterial SS316LScrew Diameter 3.5mm (locking or cortical)Plate Width Narrow, one-third the width of standard platesHole Configuration Available in varying lengths (e.g., 4 to 14 holes)Applications Small and medium bonesAdvantagesMinimal Soft Tissue Disruption:Narrow profile reduces the risk of tissue irritation, making it suitable for areas with limited soft tissue coverage.Flexible Usage:Can be used as a compression plate or locking plate, depending on the fracture requirements.High Stability:Locking screws ensure stability, even in poor-quality bone, while cortical screws enable axial compression.Would you like further details on sizing, surgical technique, or suppliers for this implant?

The Orthopedic Locking Proximal Femur Plate (Left/Right) 5.0L / 4.5C (SS316L) is a specialized implant designed for treating proximal femur fractures and related injuries. This plate combines locking screw (5.0mm) and cortical screw (4.5mm) systems for superior stabilization and flexibility in surgical procedures. Its construction from SS316L (Surgical Stainless Steel 316L) ensures strength, biocompatibility, and durability.
Key Features1. Material: SS316LHigh-Grade Surgical Stainless Steel: Offers excellent biocompatibility, mechanical strength, and corrosion resistance.Durability: Suitable for long-term implantation with minimal degradation over time.2. Locking Compression Plate (LCP) DesignHybrid Screw Compatibility:5.0mm Locking Screws: For angular stability, particularly in osteoporotic or comminuted bone.4.5mm Cortical Screws: For axial compression and traditional plating techniques.Locking Mechanism: Reduces the risk of implant loosening and provides stable fixation in challenging bone conditions.3. Anatomical ContouringPre-contoured to match the natural anatomy of the proximal femur, minimizing the need for intraoperative bending.Ensures optimal alignment and reduces soft tissue irritation.4. Side-Specific DesignAvailable for both Left and Right femur configurations to ensure anatomical accuracy and proper fit.5. ThicknessRobust 5.0mm thickness provides sufficient strength to stabilize proximal femoral fractures without compromising bone integrity.6. ApplicationsTreatment of proximal femur fractures, including:Intertrochanteric fractures.Subtrochanteric fractures.Greater trochanteric avulsions.Use in complex trauma cases or reconstructive procedures.Ideal for fractures requiring a combination of locking and conventional plating.7. AdvantagesEnhanced Stability: The locking mechanism provides angular stability, particularly useful in osteoporotic bone.Minimized Bone Damage: Locking screws reduce stress on the bone and maintain vascularity.Versatile Use: Hybrid screw system offers flexibility in fixation techniques.Cost-Effective: Combines affordability with high performance due to SS316L material.Available SizesPlates are available in various lengths to accommodate different fracture patterns and patient anatomies.Would you like additional details on surgical techniques, available lengths, or leading manufacturers of this implant?

An Orthopedic Locking Clavicle Hook Plate (Variable Angle) is an advanced surgical implant designed to treat fractures, dislocations, or ligament injuries involving the clavicle, particularly around the acromioclavicular (AC) joint. When made from Titanium, it offers several advantages over stainless steel, such as being lighter, stronger, and more biocompatible.
Key Features:1. Material: TitaniumMade of medical-grade titanium, ensuring high strength, light weight, and excellent corrosion resistance.Titanium is more biocompatible and less likely to cause allergic reactions compared to stainless steel.Radiolucent properties allow clearer imaging during follow-up.2. Variable Angle Locking SystemAllows the surgeon to adjust the angle of screws during fixation for optimal positioning.Enhances fixation stability, particularly in challenging anatomical situations or osteoporotic bone.3. DesignHook Plate: Includes a hook that supports and stabilizes the distal clavicle or addresses injuries to the AC joint.Pre-contoured: Shaped to fit the clavicle's natural anatomy, minimizing intraoperative adjustments.Left/Right Specific: Available in configurations tailored for either the left or right clavicle, ensuring a precise fit.4. Screw CompatibilityCompatible with locking and non-locking screws for versatile fixation options.Screws are typically titanium, maintaining uniformity in material for reduced galvanic corrosion risk.5. ApplicationsTreatment of distal clavicle fractures.Stabilization of AC joint dislocations.Management of malunion or nonunion fractures.Suitable for osteoporotic or comminuted fractures due to enhanced locking stability.6. AdvantagesReduced Implant Prominence: Lighter and less intrusive due to titanium's properties.Versatility: The variable angle system allows for more personalized screw placement.Durability: Resistant to deformation and long-term wear.7. Sizes and VariantsAvailable in multiple lengths and sizes to suit patient-specific anatomy and fracture patterns.Would you like information about surgical techniques, specific brands, or regulatory compliance standards?

The ORTHOPEDIC LPHP (Low Profile Humeral Plate) Proximal Humerus Plate LCP (Locking Compression Plate) SS 316L is a specialized surgical implant used in orthopedic procedures for stabilizing fractures of the proximal humerus (upper arm bone). Here’s a breakdown of the product:
Features:Material:
SS 316L: Made from surgical-grade stainless steel (316L), known for its biocompatibility, corrosion resistance, and mechanical strength.Design:
Low Profile: Ensures minimal irritation to soft tissues and reduces the risk of impingement.Locking Compression Plate (LCP): Combines locking screws and dynamic compression, providing stable fixation even in osteoporotic or fragile bone.Indications:
Used for treating fractures, osteotomies, and nonunions of the proximal humerus.Ideal for complex fractures, comminuted fractures, or fractures with poor bone quality.Anatomical Contour:
Designed to fit the natural shape of the proximal humerus, reducing the need for intraoperative bending.Screw Options:
Accepts locking screws for angular stability and cortex screws for compression.Radiolucency:
Compatible with imaging for accurate intraoperative assessment.Benefits:Improved fixation in osteoporotic or weak bones.Allows early mobilization of the shoulder post-surgery.Reduced risk of hardware-related complications.Application:This plate is surgically applied during an open reduction internal fixation (ORIF) procedure, where the fracture is reduced (aligned) and stabilized using screws and the plate. The surgeon ensures the screws are properly placed to optimize stability and minimize soft tissue irritation.
If you have a specific query about its usage, technical specifications, or compatibility with certain screws, feel free to ask!

The Orthopedic Locking Volar Column Distal Radius Plate 2.4mm/2.7mm, Head 8 Holes, Left/Right, SS316L is a specialized implant for the fixation of distal radius fractures, particularly those involving the volar column. Its design focuses on anatomical contouring, stability through locking mechanisms, and minimal interference with surrounding soft tissue structures.
Features:Material:
Constructed from SS 316L (surgical-grade stainless steel), offering:Superior biocompatibility.High corrosion resistance.Mechanical strength suitable for load-bearing applications.Design:
Locking Volar Column Plate:Designed to stabilize fractures involving the volar column of the distal radius.8 Holes in the Head:Provides multiple fixation points to secure small and comminuted fragments.Low-Profile Design:Minimizes irritation to surrounding soft tissues and tendons.Bilateral Configuration:Separate left and right designs for an anatomical fit.Combination Holes:
Accommodates:2.4mm Locking Screws for small fragment fixation with angular stability.2.7mm Locking Screws for stronger fixation in larger fragments.2.4mm or 2.7mm Cortical Screws for compression or lag fixation.Anatomical Contouring:
Pre-contoured to fit the volar surface of the distal radius, reducing intraoperative adjustments and improving fixation precision.Radiolucency:
Compatible with imaging techniques (e.g., fluoroscopy or X-rays) for precise intraoperative and post-operative evaluation.Indications:This plate is specifically designed for:
Distal Radius Fractures:Fractures involving the volar column.Extra-articular and intra-articular fractures.Multi-fragmentary fractures.Osteoporotic Bone:Effective for fractures in elderly patients with compromised bone quality.Fracture-Dislocations:Stabilizes fractures associated with dislocation or subluxation of the volar column.Nonunions and Malunions:Reconstructive procedures for poorly healed fractures.High-Energy Trauma:Provides stable fixation for fractures caused by high-impact injuries.Advantages:Enhanced Stability:Locking screws provide angular stability, ensuring secure fixation even in weak or comminuted bone.Anatomical Fit:Pre-contoured plate reduces surgical time and ensures optimal alignment of bone fragments.Minimized Soft Tissue Irritation:
Stable fixation supports faster post-operative rehabilitation and return to function.Applications:Trauma surgery and reconstructive procedures for the distal radius, including:Volar Column Fractures: Stabilizing fractures specific to the volar column of the distal radius.Articular Surface Restoration: Fixing intra-articular fractures to restore joint congruity.Complex Fractures: Addressing comminuted or multi-fragmentary fractures.Surgical Technique:Volar Approach:Plate is positioned on the volar column through a volar incision, providing direct access to the fracture site.Plate Placement:The plate is aligned with the volar column, ensuring proper coverage of fracture lines.Screw Fixation:Locking screws are inserted into the 8-hole head for fragment-specific stabilization.Cortical screws can be added for compression or dynamic fixation as needed.Imaging Guidance:Fluoroscopic or X-ray imaging ensures precise reduction and fixation.Sizes and Configurations:8-Hole Head:Provides extensive fixation options for small fragments in the volar column.Screw Compatibility:2.4mm Locking Screws: For small fragment fixation.2.7mm Locking Screws: For stronger fixation of larger fragments.2.4mm or 2.7mm Cortical Screws: For compression and lag screw techniques.

The Orthopedic Narrow Curved Plate LCP 5.0mm SS316L is a specialized surgical implant designed for stabilizing fractures in anatomically narrow or curved regions of the skeleton. Below are its specifications and details:
Features:Material:
SS 316L: Manufactured from surgical-grade stainless steel (316L), which provides excellent biocompatibility, corrosion resistance, and mechanical strength.Design:
Narrow Plate: Specifically designed for smaller or more anatomically constrained regions where a wide plate might not be suitable.Curved Shape: Pre-contoured to match the natural curvature of bones like the femur, tibia, or other long bones, reducing the need for intraoperative bending.Locking Compression Plate (LCP):Combines locking screw fixation for angular stability and dynamic compression for secure fracture healing.Thickness:
5.0mm: Refers to the screw hole diameter, which is compatible with 5.0mm locking or cortical screws.Hole Configuration:
Equipped with combination holes that accept both locking screws and cortical screws, providing flexibility in fixation techniques.Radiolucency:
Compatible with fluoroscopy or X-ray imaging for precise intraoperative placement.Indications:Fractures in narrow anatomical regions requiring angular stability and precise alignment.Suitable for both simple and complex fractures, including:Long bone fractures (femur, tibia, humerus).Periarticular fractures (fractures near joints).Fractures in osteoporotic or poor-quality bone.Advantages:Angular Stability:Locking screws create a fixed-angle construct, especially beneficial in osteoporotic bones where traditional screws may fail.Anatomical Fit:Curved design ensures minimal disruption to surrounding soft tissues and reduces intraoperative contouring efforts.Versatility:Accepts both locking and cortical screws, allowing for hybrid fixation techniques.Early Mobilization:Promotes faster post-operative recovery and mobilization.Applications:Commonly used in:Diaphyseal Fractures: For long bone shafts where narrow anatomical spaces exist.Metaphyseal Fractures: Near joint regions requiring precise alignment.Pediatric and Small Bone Applications: Due to its narrow profile.Screw Compatibility:5.0mm Locking Screws: For locking fixation.5.0mm Cortical Screws: For compression and lag fixation.Let me know if you need specific technical details, like plate lengths, number of holes, or surgical techniques for its application!

The Orthopedic Lateral Distal Femur LCP Plate 5.0mm TomoFix Left is a specialized implant designed for advanced fixation of distal femoral fractures or osteotomies. It combines the benefits of the Locking Compression Plate (LCP) system with features specific to distal femur anatomy and TomoFix osteotomy techniques.
Features:Material:
SS 316L: Surgical-grade stainless steel for high corrosion resistance, biocompatibility, and durability.Design:
Lateral Distal Femur Plate: Shaped to conform to the lateral aspect of the distal femur for anatomically precise fixation.Left-Specific Plate: Contoured specifically for the left femur, ensuring a precise fit and reducing the need for intraoperative bending.TomoFix Compatibility:Designed for fixation during distal femoral osteotomies (DFO) or fracture corrections, particularly valgus or varus deformity correction.Pre-Contoured Shape: Matches the natural curvature of the lateral distal femur, improving stability and reducing soft tissue irritation.Locking Compression Plate (LCP):
Locking Screws: Provides angular stability, especially in osteoporotic or comminuted fractures.Combination Holes: Accommodates both locking and cortical screws for hybrid fixation.Thickness:
Designed for use with 5.0mm screws for optimal strength and stability.Multiple Screw Options:
Allows placement of screws in different planes for secure fixation and rotational control.Imaging Compatibility:
Radiolucent design for intraoperative and post-operative X-ray or fluoroscopic evaluation.Indications:The Lateral Distal Femur LCP Plate 5.0mm TomoFix Left is ideal for treating:
Distal Femur Fractures:Extra-articular fractures.Intra-articular fractures with comminution.Osteotomies:Valgus-producing distal femoral osteotomy for correcting malalignment.Post-traumatic deformities requiring realignment.Periprosthetic Fractures:Around femoral implants in cases of total knee arthroplasty.Nonunions:Stabilization of distal femoral nonunions or delayed unions.Advantages:Enhanced Stability:Locking screws provide a fixed-angle construct, particularly beneficial for osteoporotic or fragmented bones.Anatomical Precision:Left-specific and pre-contoured for the lateral distal femur, reducing operating time and the need for intraoperative plate adjustment.Versatility:Can be used for both fracture fixation and osteotomy procedures.Early Mobilization:Stable fixation promotes faster recovery and post-operative rehabilitation.TomoFix Technique:Supports precise correction of angular deformities in distal femoral osteotomy.Applications:Commonly used in both trauma and elective orthopedic surgeries:Trauma: Fixation of distal femoral fractures, including those with intra-articular involvement.Osteotomy: Corrective osteotomies for malalignment or degenerative conditions.Complex Cases: Comminuted fractures, periprosthetic fractures, and osteoporotic bone conditions.Screw Compatibility:5.0mm Locking Screws: For angular stability in fixed-angle constructs.5.0mm Cortical Screws: For compression or lag screw fixation.Sizes and Configurations:Available in multiple lengths (e.g., 4-hole, 6-hole, 8-hole) to accommodate various fracture patterns and surgical needs.Left-specific configuration for anatomical accuracy on the left femur.If you require details on surgical techniques, plate dimensions, or comparisons with other plates, let me know!

The Orthopedic LCP (Locking Compression Plate) Pediatric Condylar Plate for Distal Femur Supracondylar Fractures & Deformities is a specialized implant designed for stabilizing fractures and correcting deformities in the distal femur of pediatric patients. Below is a detailed overview:
Key Features1. LCP (Locking Compression Plate):Combines locking technology for angular stability with compression capabilities for fracture healing.Allows stable fixation even in complex or comminuted fractures.2. Pediatric-Specific Design:Smaller dimensions and low-profile design tailored for the anatomy of pediatric patients.Reduces soft tissue irritation and improves comfort during recovery.3. Anatomical Contouring:Pre-contoured to match the distal femur’s condylar anatomy.Reduces intraoperative contouring and ensures a precise fit.4. Material – SS316L:Fabricated from Stainless Steel 316L, a high-grade medical alloy:Excellent resistance to corrosion.Biocompatible for long-term implantation.Strong and durable for weight-bearing applications.5. Locking Screws:Screws lock into the plate, providing angular stability.Prevents loosening, even in osteoporotic or developing bone.Ensures strong fixation in regions with limited cortical bone.ApplicationsSupracondylar Fractures:Stabilization of distal femoral fractures, particularly in cases of:Comminuted fractures.Open fractures.Complex fracture patterns near the growth plate.Deformity Corrections:Correction of angular deformities such as valgus, varus, or rotational misalignments.Physeal Fractures:Stabilization while preserving the growth plate integrity.Malunion/Nonunion Treatment:Revision surgeries to address improperly healed fractures or nonunions.AdvantagesEnhanced Stability:Locking mechanism provides rigid fixation, even in weak or osteoporotic bone.Preserves Blood Supply:Minimal periosteal disruption promotes faster healing.Low Profile:Reduces the risk of soft tissue irritation and improves postoperative comfort.Pre-Contoured Fit:Streamlines surgical procedures, saving time and improving alignment.Durability:SS316L material ensures long-lasting performance under dynamic loading conditions.Surgical ConsiderationsPreoperative Imaging:X-rays, CT, or MRI to assess fracture patterns or deformities.Helps determine plate size and positioning.Growth Plate Preservation:Careful placement to avoid damaging the distal femoral physis.Postoperative Monitoring:Regular follow-up to assess bone healing and growth plate function.If you require additional details such as technical specifications, illustrations, or supplier recommendations, let me know!

The Orthopedic LCP Volar Rim Distal Radius Plate 2.4mm, 6 Holes, SS316L is a specialized implant designed for managing complex fractures of the distal radius, particularly those involving the volar rim. Its locking mechanism and precise contouring make it suitable for anatomically challenging fracture patterns, ensuring optimal stability and early mobilization.
Features:Material:
Made from SS 316L (surgical-grade stainless steel), known for:High biocompatibility.Superior corrosion resistance.Robust mechanical strength.Design:
Volar Rim Plate:Specifically designed to address fractures involving the volar margin of the distal radius.Low-Profile Plate:Reduces soft tissue irritation while ensuring a snug fit.Locking Compression Plate (LCP) Technology:Locking screws provide angular stability, critical for fragmented or osteoporotic bone.6-Hole Configuration:Suitable for small fracture patterns requiring fewer screws but providing sufficient stabilization.Combination Holes:
Allows for the use of:2.4mm Locking Screws for fixed-angle stability.2.4mm or 2.7mm Cortical Screws for compression or lag fixation.Anatomical Contouring:
Pre-contoured to fit the volar aspect of the distal radius, minimizing the need for intraoperative adjustments.Imaging Compatibility:
Fully compatible with fluoroscopy and X-ray for intraoperative precision and post-operative evaluation.Indications:This plate is specifically indicated for:
Distal Radius Fractures:Intra-articular and extra-articular fractures.Fractures involving the volar rim or margin.Complex Fractures:Multi-fragmentary distal radius fractures requiring robust fixation.Osteoporotic Fractures:Effective fixation for patients with low bone quality.Fracture-Dislocations:Stabilizing fractures associated with volar dislocation.Nonunions or Malunions:Reconstructive procedures for poorly healed fractures.Advantages:Enhanced Stability:Locking screws provide angular stability, preventing screw loosening and offering a rigid construct.Soft Tissue Preservation:Low-profile design minimizes irritation to surrounding soft tissues and tendons.Precise Anatomical Fit:Pre-contoured design reduces intraoperative bending, saving surgical time and ensuring better outcomes.Versatile Fixation:Combination holes allow for hybrid fixation strategies using locking and non-locking screws.Early Mobilization:Stable fixation supports faster rehabilitation and earlier return to function.Applications:Used in trauma and reconstructive surgeries involving the distal radius, such as:Volar Rim Fractures: Stabilizing fractures at the volar margin prone to collapse.Articular Surface Reconstruction: Fixing intra-articular fractures to restore joint congruency.Correction of Malalignment: Addressing deformities from previous fracture malunions.Surgical Technique:Volar Approach:The plate is inserted using a volar approach, providing direct access to the fracture site.Plate Placement:Positioned along the volar aspect of the distal radius, with precise alignment for volar rim fractures.Screw Insertion:Locking screws are inserted into the pre-defined plate holes for angular stability.Cortical screws can be used for additional compression or lag fixation.Imaging Guidance:Fluoroscopic imaging ensures accurate reduction and fixation.Sizes and Configurations:6-Hole Plate:Designed for smaller fracture patterns while maintaining robust fixation.Screw Compatibility:2.4mm Locking Screws for angular stability.2.4mm or 2.7mm Cortical Screws for compression and lag fixation.Left/Right Specific:Plates are anatomically contoured for the left or right distal radius.Benefits of SS316L:Durability: Long-lasting and resistant to mechanical stress.

The Orthopedic Distal Radius Buttress LCP Head 5H, Left/Right, 2.7mm Screw, SS316L is an advanced locking compression plate designed for the stabilization of distal radius fractures. This plate features a specific buttress head design to provide support to the radial head, ensuring stability for fractures near the joint. The plate is ideal for addressing complex fractures, particularly those involving the articular surface of the distal radius.
Features:Material:
SS316L (Surgical-Grade Stainless Steel):Offers exceptional strength and durability.Highly resistant to corrosion, ensuring long-term biocompatibility.Optimal mechanical properties for stable fixation during the healing process.Design:
Buttress Head Design:The "buttress" feature helps support the articular surface and prevents collapse of the distal radius fragments.5-Hole Head:The plate has 5 holes in the head to accommodate multiple screws for robust fixation of fracture fragments.Anatomically Contoured:Pre-contoured to fit the distal radius, reducing the need for intraoperative bending and enhancing precision.Locking Compression Plate (LCP):Incorporates locking screw technology to provide angular stability, especially important in osteoporotic bone.Left/Right Specific:Plates are designed to fit either the left or right wrist for anatomical accuracy.Screw Compatibility:
2.7mm Locking Screws:Used to create fixed-angle stability for the fracture site.2.7mm Cortical Screws:Optional for compression or additional fixation.Hybrid Design:The plate's screw holes are compatible with both locking and non-locking screws, allowing for customizable fixation techniques.Radiolucency:
Fully compatible with fluoroscopy and X-ray imaging, allowing for accurate intraoperative and post-operative imaging.Indications:This plate is ideal for treating the following conditions:
Distal Radius Fractures:Comminuted, extra-articular, or intra-articular fractures.Fractures involving the articular surface where support is needed.Osteoporotic Bone:Ideal for patients with poor bone quality, providing enhanced stability.Nonunions and Malunions:Used to stabilize poorly healed fractures or those that did not heal properly.Fracture-Dislocations:Stabilizing fractures that are associated with dislocations or subluxations of the distal radius.Complex Traumatic Injuries:Multi-fragmentary fractures that require precise and stable fixation.Advantages:Stable Articular Surface Support:The buttress design provides additional support to the articular surface, preventing collapse or displacement of the fracture fragments.Angular Stability:Locking screws ensure fixed-angle stabilization, especially in challenging cases like osteoporotic bone.Minimal Soft Tissue Interference:Low-profile plate design reduces irritation to tendons and surrounding tissues.Flexible Fixation Options:Combination holes allow for the use of both locking and cortical screws, providing surgical versatility.Improved Healing:Stable fixation supports early mobilization and reduced stiffness post-surgery.Applications:Trauma Surgery:Treatment of distal radius fractures resulting from trauma or accidents.Reconstructive Surgery:Correcting malunions or nonunions in complex distal radius fractures.Osteoporotic Fractures:Ideal for elderly patients with weak bone structures.Pediatric Applications:Fixation of distal radius fractures in younger patients (with appropriate adaptation).Surgical Technique:Approach:A volar or dorsal approach is selected depending on the fracture pattern and surgeon preference.Plate Positioning:The buttress head plate is placed to stabilize the fracture and support the articular surface.Screw Fixation: