Jindal Medi Surge

The Orthopedic LCP (Locking Compression Plate) Pediatric Hip Plate for Fractures & Derotation Osteotomies is a specialized implant used in pediatric orthopedic surgeries to stabilize fractures and correct rotational deformities of the proximal femur. Below is a detailed description:
Key Features1. LCP (Locking Compression Plate):Combines locking and compression functionalities for dual stability.Provides a secure construct with angular stability through locking screw technology.2. Pediatric-Specific Design:Tailored for the anatomy of growing children, with smaller dimensions and a low-profile design.Reduces the risk of soft tissue irritation and promotes faster recovery.3. Applications for Fractures & Derotation Osteotomies:Fractures:Stabilization of proximal femoral fractures.Ideal for comminuted or complex fractures requiring angular stability.Derotation Osteotomies:Correction of rotational deformities in the proximal femur.Common in conditions like femoral anteversion, developmental hip disorders, or congenital deformities.4. Anatomical Contouring:Pre-contoured plate design for optimal fit on the proximal femur.Reduces the need for intraoperative contouring and ensures better outcomes.5. Material – SS316L:Fabricated from Stainless Steel 316L, a medical-grade alloy:Highly resistant to corrosion and biocompatible.Strong and durable, ideal for pediatric orthopedic applications.Safe for long-term implantation in dynamic environments.6. Locking Screws:Lock into the plate to provide angular stability.Suitable for bones with poor quality or growth-related challenges.Prevents screw loosening, especially in dynamic environments like the hip joint.ApplicationsFractures:Treatment of fractures involving the proximal femur.Stabilization after trauma, especially in cases of comminuted or unstable fractures.Derotation Osteotomies:Correction of excessive femoral anteversion or retroversion.Used in conditions like:Cerebral palsy with femoral torsion abnormalities.Developmental Dysplasia of the Hip (DDH).Legg-Calvé-Perthes disease.Combined Procedures:Fracture stabilization with concurrent derotation correction.AdvantagesBiomechanical Stability:Locking mechanism ensures rigid fixation and reduces micro-movement.Minimized Invasiveness:Low-profile plate reduces soft tissue irritation and facilitates quicker recovery.Durable Material:SS316L ensures the implant's longevity and resistance to biological wear.Pre-Contoured Design:Reduces intraoperative plate adjustments, saving time and improving precision.Angular & Rotational Correction:Precise correction of deformities while maintaining the structural integrity of the femur.Surgical ConsiderationsPreoperative Planning:Imaging (X-rays, CT scans) to assess the fracture type or rotational deformity.Determine the derotation angle and plate positioning for optimal results.Growth Plate Preservation:Plates and screws must be placed carefully to avoid damaging the proximal femoral physis.Intraoperative Techniques:Use pediatric-specific instruments for precise screw placement and torque control.If you need technical drawings, detailed product specifications, or supplier recommendations for these plates, let me know!

The Orthopedic Pediatric LCP (Locking Compression Plate) 140° for Valgus Osteotomies is a specialized implant used in pediatric orthopedic surgeries to correct angular deformities like valgus malalignment. Below is a detailed description:
Key Features1. LCP (Locking Compression Plate):A hybrid design allowing for both compression and angular stability.Features locking screw technology to prevent loosening and ensure solid fixation.2. 140° Design:Specifically designed for valgus osteotomies, such as:Proximal femur corrections (e.g., valgus-producing femoral osteotomies).Treatment of deformities in the distal femur or other angular corrections.The 140° angle supports precise restoration of normal anatomical alignment.3. Material – SS316L:Stainless Steel 316L, a medical-grade material:High resistance to corrosion.Excellent strength-to-weight ratio.Biocompatible for safe use in pediatric patients.4. Pediatric Specific Design:Smaller dimensions suited for growing bones.Low-profile plates reduce the risk of soft tissue irritation.Accommodates bone anatomy typical of children and adolescents.5. Locking Screws:Provide angular stability by locking into the plate.Ideal for osteoporotic or underdeveloped bone often seen in pediatric cases.Reduce the risk of implant failure, even under dynamic loads.ApplicationsValgus Osteotomies:Correction of genu valgum (knock-knees) or similar deformities.Angular Deformity Corrections:For bones in the femur, tibia, or humerus requiring 140° alignment.Fracture Management:In cases where an angular fixation of 140° is essential.Physeal (Growth Plate) Protection:Safeguards the growth plate during the procedure.AdvantagesEnhanced Stability:Angular locking prevents micro-movements and promotes efficient healing.Minimized Invasiveness:Reduced periosteal disruption for quicker recovery.Biomechanical Compatibility:Maintains load distribution across the plate and bone, reducing stress concentration.Long-Term Durability:SS316L material ensures longevity without compromising biocompatibility.Surgical ConsiderationsPreoperative imaging is essential for planning the osteotomy angle and plate position.Surgeons should carefully select the plate size and screw length to avoid damage to adjacent growth plates.Precise contouring and placement are critical to achieving the desired correction.If you'd like, I can provide technical drawings, surgical techniques, or recommendations for suppliers and manufacturers of these plates. Let me know how I can assist further!

An Orthopedic Pediatric LCP (Locking Compression Plate) 120° SS316L is a specialized implant used in pediatric orthopedic surgeries to treat fractures or deformities in bones. Here's a breakdown of its features:
Key Features:LCP (Locking Compression Plate):
Combines locking and compression functionalities.Provides stable fixation in osteoporotic or poor-quality bone.Allows angular stability, reducing the need for exact anatomical contours.120° Angle:
Specifically designed for particular anatomical regions that require fixation at this angle, such as distal femoral or proximal humeral fractures.Material: SS316L:
Stainless Steel 316L is a medical-grade alloy.Known for its corrosion resistance and biocompatibility.Suitable for long-term implantation due to its mechanical strength and resistance to body fluids.Pediatric Use:
Designed with smaller dimensions for the growing bones of children.Accommodates the specific anatomical and biomechanical requirements of pediatric patients.Applications:
Treatment of fractures, especially in areas requiring angular correction.Corrective osteotomies in children.Suitable for bones like the femur, tibia, or humerus.Advantages:
Reduced screw pull-out risk due to locking mechanisms.Provides strong and reliable fixation even in small or weakened bones.Minimizes periosteal disruption, aiding faster healing.Considerations:Surgeons must ensure proper plate size and screw length selection.Preoperative imaging and planning are critical for correct positioning.Would you like detailed specifications, surgical guidelines, or manufacturer options for this device?

An Orthopedic Pediatric LCP (Locking Compression Plate) 130° SS316L is a specific type of implant designed for treating fractures or deformities in the pediatric skeletal system. Here’s a detailed overview:
Key Features1. LCP (Locking Compression Plate):Combines conventional compression plating with locking screw technology.Offers stability through angular locking, reducing the need for precise anatomical contouring.Ideal for complex or comminuted fractures in children.2. 130° Plate Angle:Designed to match specific anatomical configurations, such as the proximal or distal femur, where a 130° angle is critical.Ensures correct alignment and load distribution for healing.3. Material – SS316L:Made from Stainless Steel 316L, a medical-grade alloy.High corrosion resistance.Excellent biocompatibility.Strong and durable for pediatric use.4. Pediatric Adaptation:Smaller size and thinner profile tailored for the growing bones of children.Minimizes irritation to soft tissues while ensuring strong fixation.5. Locking Screws:Screws are fixed into the plate at specific angles, providing a stable construct.Prevents screw loosening in osteoporotic or underdeveloped bone.Suitable for areas with poor bone quality or limited purchase.ApplicationsFractures:Proximal femur fractures.Distal femur fractures.Humeral fractures requiring angular correction.Corrective Osteotomies:Angular deformities in pediatric bones.Growth Plate (Physeal) Injuries:Stabilization around growth plates while minimizing damage.AdvantagesAngular Stability:Prevents micro-movements, promoting faster healing.Reduced Bone Compromise:Minimal periosteal stripping helps preserve blood supply to the bone.Customized Fit:Anatomically contoured to pediatric bone structures.Corrosion Resistance:SS316L material ensures durability and safety over time.Considerations for UsePreoperative planning with imaging to confirm the plate size and alignment.Proper screw selection to avoid growth plate interference.Surgeons should use child-specific instruments for precise placement.If you’re looking for product specifications, supplier details, or surgical guides for these plates, let me know!