Jindal Medi Surge

DHS - DCS Screw with Compression Screw Orthopedic Implant Jindal Medi Surge are Leading OEM / Brand Exporter of Orthopedic Centering Sleeve For DHS Tap, DCS Plates (Dorsal Column Stimulators Plate) 95, DHS Plate (Dynamic Hip Screw Plate), DHS Barrel Plate, DHS And DCS Screw and DHS DCS Implant Tool Box from India. All Implants are available in S.S.316L, LVM & Ti. Alloy.Length 50mm Length 55mm Length 60mm Length 65mm Length 70mm Length 75mm Length 80mm Length 85mm Length 90mm Length 95mm Length 100mm Length 105mm Length 110mm Length 115mm Length 120mm Length 125mm Length 130mm Length 135mm Length 140mm Length 145mm 

The Orthopedic DHS (Dynamic Hip Screw) Barrel Plate with Round Holes, a 135° angle, and a Short Barrel, constructed from SS316L, is a commonly used implant in orthopedic surgeries for the fixation of proximal femoral fractures. Here's a detailed overview:
Key SpecificationsDesign:
Barrel Type:Short barrel length (typically around 25 mm) for compact anatomical structures.Supports a lag screw, allowing for dynamic compression at the fracture site.Barrel Angle: 135°, the standard angle for most femoral anatomy, ensuring anatomical alignment.Round Holes: Facilitates fixation with standard cortical or cancellous screws.Short Barrel: Ideal for fractures closer to the femoral neck or in smaller anatomies.Material:
SS316L (Surgical Stainless Steel 316L): A durable, biocompatible, and corrosion-resistant material suitable for long-term implantation.ApplicationsFracture Fixation:Intertrochanteric femoral fractures.Subtrochanteric fractures requiring controlled dynamic compression.Certain femoral neck fractures with specific surgical indications.Short Barrel Indications:Fractures with minimal bone stock or proximity to the femoral neck.Patients with smaller anatomical structures.Features & BenefitsDynamic Compression:
The lag screw slides within the barrel, facilitating controlled fracture compression during weight-bearing.135° Barrel Angle:
Standard design suitable for restoring natural femoral alignment in most patients.Round Holes:
Accommodates standard screws for secure and straightforward fixation.Simplifies the surgical process.Short Barrel:
Reduces the risk of impingement or interference in anatomically constrained areas.Useful for patients with smaller femoral dimensions.Material Excellence:
SS316L ensures durability and reduces the risk of implant corrosion over time.Advantages of Short Barrel DesignEasier placement in fractures closer to the femoral neck.Reduced risk of soft tissue irritation or hardware prominence.Suitable for smaller femurs or fractures with limited space for long-barrel implants.Selection ConsiderationsPreoperative Planning:Assess the fracture type and patient anatomy to determine the suitability of the short barrel and 135° angle.Compatible Screws:Ensure the use of appropriately sized lag screws and cortical screws for secure fixation.Surgeon Preference:Consider the surgeon’s experience with DHS systems and patient-specific factors.For further details on compatible screws, surgical techniques, or comparative designs, let me know!

The Orthopedic Pediatric DHS (Dynamic Hip Screw) Plate with Round Holes and a 125° angle, made from SS316L, is a specialized implant designed to meet the unique anatomical and surgical needs of pediatric patients. This implant is particularly suited for managing proximal femoral fractures in children and adolescents.
Key SpecificationsDesign:
Barrel Type:Shorter barrel and reduced dimensions for compatibility with pediatric anatomy.Supports a lag screw to provide dynamic stabilization and controlled compression at the fracture site.Barrel Angle: 125°, a sharper angle compared to the standard 135°, used for specific anatomical or fracture alignment needs in pediatric cases.Round Holes: Allows fixation with standard cortical or cancellous screws.Material:
SS316L (Surgical Stainless Steel 316L): Known for its strength, biocompatibility, and corrosion resistance, ensuring safety and long-term stability.Size:
Reduced plate dimensions and barrel size to suit smaller femoral structures in children and adolescents.ApplicationsFracture Fixation:
Pediatric intertrochanteric femoral fractures.Subtrochanteric fractures in children.Femoral neck fractures requiring a specific 125° alignment for anatomical correction.Specialized Use:
Cases where a sharper barrel angle (125°) is needed for better biomechanical alignment in younger patients.Features & BenefitsPediatric-Specific Design:
Scaled-down dimensions ensure proper fit and minimize soft tissue irritation.Rounded edges and compact design enhance comfort and reduce postoperative complications.Dynamic Compression:
The lag screw's sliding mechanism within the barrel allows for controlled fracture compression, aiding natural healing.125° Barrel Angle:
Provides an alternative alignment option for specific femoral geometries.Useful for cases where the standard 135° angle might risk malunion or stress misalignment.Round Holes:
Simplifies the use of standard screws for secure fixation.Enhances versatility for different fracture patterns.Material Excellence:
SS316L ensures the implant remains durable and resists wear over time, even in active pediatric patients.AdvantagesTailored for pediatric anatomical structures to avoid complications associated with oversized implants.The 125° angle allows better customization for specific fractures or anatomical variations.Promotes natural healing through dynamic stabilization and alignment.Selection ConsiderationsPreoperative Planning:Consider the fracture location, type, and required angular alignment.Screw Compatibility:Use appropriately sized screws, usually smaller in diameter, to match pediatric bone quality.Surgeon Expertise:Familiarity with pediatric implant techniques is critical for successful outcomes.Let me know if you need additional details on compatible screws, surgical approaches, or comparative options for pediatric cases!

The Orthopedic Pediatric DHS (Dynamic Hip Screw) Plate with Round Holes and a 135° angle, made of SS316L, is a specialized implant designed for treating proximal femoral fractures in pediatric patients. Its design caters specifically to the smaller anatomy and unique needs of younger patients. Here's a comprehensive overview:
Key SpecificationsDesign:
Barrel Type:Supports a lag screw to allow dynamic compression at the fracture site.Shorter and smaller dimensions than adult plates, tailored for pediatric use.Barrel Angle: 135°, which is the standard angle for maintaining anatomical alignment in most femoral fractures.Round Holes: Designed to accommodate cortical or cancellous screws for fixation.Material:
SS316L (Surgical Stainless Steel 316L): Durable, biocompatible, and resistant to corrosion, ensuring safety and reliability for long-term implantation.Size:
The plate dimensions are reduced compared to adult DHS plates to fit pediatric femoral anatomy.ApplicationsFracture Fixation:Pediatric intertrochanteric fractures.Subtrochanteric fractures in children and adolescents.Certain femoral neck fractures requiring dynamic compression.Special Cases:Cases where smaller implants are required due to patient size or specific fracture characteristics.Features & BenefitsPediatric-Specific Design:
Smaller, lightweight plate that aligns better with pediatric anatomy.Rounded edges to reduce irritation of surrounding soft tissues.Dynamic Compression:
The lag screw allows controlled sliding within the barrel, enabling optimal fracture healing under weight-bearing conditions.135° Barrel Angle:
Maintains the natural biomechanical alignment of the femur.Round Holes:
Simplifies fixation using standard screws.Provides secure anchorage while being less invasive.Material Durability:
SS316L ensures the implant remains strong and stable without corroding over time.AdvantagesSpecifically designed for pediatric patients to reduce complications like implant over-sizing or soft tissue irritation.Allows for dynamic stabilization, promoting effective fracture healing.Durable and safe for long-term use in active young patients.Selection ConsiderationsPreoperative Planning:Choose the appropriate plate size and length based on the patient’s age, size, and fracture type.Compatible Screws:Ensure that smaller-diameter screws compatible with pediatric anatomy are available.Surgeon Expertise:Adequate training in pediatric fracture fixation is crucial for optimal outcomes.Let me know if you need additional details on screw sizes, surgical techniques, or alternatives for pediatric patients!

The "Orthopedic DHS Barrel Plate DCP Holes 135 Degree SS 316L" refers to a specific type of surgical implant used in orthopedic procedures. Here's a detailed breakdown:
1. DHS (Dynamic Hip Screw) Barrel Plate:This is a plate used in fixation systems for treating fractures, particularly those of the proximal femur, such as intertrochanteric or subtrochanteric fractures.The barrel portion accommodates a lag screw, allowing dynamic compression across the fracture site during healing.2. DCP Holes:DCP stands for Dynamic Compression Plate.The holes are specially designed to enable screws to compress the fracture segments when tightened.They also allow for angular stability and adaptability during fixation.3. 135 Degree:This refers to the angle between the plate and the barrel.A 135-degree angle is commonly used for normal anatomical alignment in the proximal femur.4. Material: SS 316L:SS 316L stands for Stainless Steel, Grade 316L.It is a low-carbon, corrosion-resistant stainless steel often used in medical implants because of its biocompatibility, strength, and durability.Common Features:Material Quality: Ensures high resistance to corrosion and fatigue.Applications: Often used for internal fixation of bone fractures, particularly in orthopedic trauma surgeries.Standards: Typically conforms to international standards (like ASTM F138/F139 or ISO standards) for medical-grade implants.Would you like further details, such as design considerations, surgical application, or compatibility with screws?

Titanium Pediatric DHS Plate DCP Holes 125°


Jindal Medi Surge is a CE and ISO Certified Leading Manufacturer, Exporter of Surgical and Orthopedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum & Carbon Fiber Only. Our products are used by Government Institutes, Private Hospitals, Small Clinics, Individual Doctors Worldwide.

For Bulk Order & Customized Listing, kindly message us.
We sell exclusively on our JMS Branded & also Manufacture on an OEM basis for various international brands.

The Orthopedic DHS (Dynamic Hip Screw) Barrel Plate with Round Holes at a 130° angle, constructed from SS316L, is a specialized implant used in the surgical treatment of femoral fractures. Below is a detailed breakdown:
Key SpecificationsDesign:
Barrel Type:Supports a lag screw for dynamic stabilization.Facilitates controlled compression along the fracture line.Barrel Angle: 130°, suited for cases requiring a slightly shallower angle for better anatomical alignment.Round Holes: Designed for standard screws (cortical or cancellous) to secure the plate to the bone.Material:
SS316L (Surgical Stainless Steel 316L): Known for its high strength, corrosion resistance, and biocompatibility.Length Variations:
Plates typically come in varying numbers of round holes to accommodate different fracture lengths and patient anatomies.ApplicationsFracture Management:Intertrochanteric fractures.Subtrochanteric fractures.Femoral neck fractures where dynamic compression is advantageous.Corrective Procedures:Deformities or malunions in the proximal femur.Cases requiring anatomical alignment restoration at a 130° angle.Features & BenefitsDynamic Compression:The lag screw within the barrel enables controlled sliding, promoting healing by ensuring optimal fracture compression.130° Barrel Angle:Provides a specific angular alignment tailored for certain anatomical variations.Reduces stress on the implant and surrounding bone in select cases.Round Holes:Accommodate standard screws, allowing for secure fixation without the added complexity of compression holes (DCP).Material Excellence:SS316L provides high durability, ensuring the implant remains stable during the healing process.Advantages of 130° DesignOffers versatility for specific femoral configurations.Reduces the risk of complications like varus malalignment in select fracture types.Easier to align during surgery for specific anatomies.Selection ConsiderationsPreoperative Planning: Choose the barrel angle and plate length based on the fracture type, location, and patient anatomy.Screw Compatibility: Ensure the appropriate screws (e.g., lag screws, cortical screws) are selected for secure fixation.Surgeon Expertise: Proper alignment and fixation are crucial to prevent implant failure.For further details on compatible screw types, surgical techniques, or implant availability, feel free to ask!

The Orthopedic DHS Barrel Plate with the following specifications refers to a medical implant used primarily for stabilizing fractures, particularly in the proximal femur (e.g., intertrochanteric or subtrochanteric fractures). Here’s a breakdown of the features:
Key Specifications:Design:
DHS (Dynamic Hip Screw) Barrel Plate: Used with a lag screw to allow controlled compression and dynamic stability for healing fractures.Barrel Angle: 135°, which is standard for maintaining anatomical alignment.Barrel Length: 25 mm, categorized as a "short barrel," suitable for patients with smaller anatomical structures or specific fracture types.Material:
SS316L (Stainless Steel 316L): A corrosion-resistant surgical-grade material, biocompatible and durable for internal fixation.Holes:
DCP (Dynamic Compression Plate) Holes: Designed for cortical screws, providing compression and stabilization along the fracture.Applications:Treatment of proximal femoral fractures, especially intertrochanteric fractures.Used in conjunction with cortical screws and a dynamic hip screw (lag screw).Advantages:Dynamic Stability: Allows some controlled sliding of the lag screw within the barrel to facilitate bone healing.Customizable Fixation: Multiple holes for additional screws enable secure fixation tailored to the fracture.Selection Considerations:Fracture type and location.Patient anatomy.Surgeon preference and experience.If you'd like more detailed information about its surgical use or the sizes of screws compatible with this plate, let me know!

Orthopedic DHS Barrel Plate with DCP Holes (125°) – Material: SS316LThe Dynamic Hip Screw (DHS) Barrel Plate with DCP Holes is an advanced orthopedic implant designed for fixation of proximal femur fractures, including intertrochanteric and subtrochanteric fractures. This implant features a 125° angled barrel and Dynamic Compression Plate (DCP) holes to provide strong and stable fixation.
Key FeaturesMaterial: SS316L
Manufactured from medical-grade Stainless Steel 316L:High corrosion resistance for long-term implantation.Biocompatible to minimize tissue reactions.Durable and strong to withstand load-bearing applications.Barrel Design (125°)
Fixed-angle barrel optimized for proximal femur fixation.Ensures precise alignment of the dynamic hip screw and femoral neck.Dynamic Compression Plate (DCP) Holes
Enables compression across the fracture site, promoting stable bone healing.Compatible with standard cortical screws for fixation.Low-Profile Design
Minimizes soft tissue irritation post-implantation.Available in Multiple Lengths
Offered in various configurations to accommodate different fracture patterns and patient anatomies.Indications for UseIntertrochanteric Femur Fractures
Stabilizes fractures occurring between the greater and lesser trochanter.Subtrochanteric Femur Fractures
Provides fixation in fractures extending below the lesser trochanter.Proximal Femur Fixation in Osteoporotic Bone
Ideal for fractures in weakened bone where angular stability is critical.Pathological Fractures
Used in cases involving bone affected by disease, such as tumors or metabolic conditions.AdvantagesOptimal Alignment
125° barrel ensures precise positioning of the dynamic hip screw in the femoral neck, promoting better load distribution.Enhanced Stability
DCP holes allow compression across the fracture site, reducing movement and ensuring proper healing.Durability
SS316L material ensures the implant remains robust under high load conditions.Versatility
Can be used for various proximal femur fracture patterns.Reduced Tissue Irritation
Low-profile design prevents postoperative discomfort and soft tissue complications.Surgical TechniquePreoperative Planning
Assess the fracture with imaging (e.g., X-ray, CT scan) to select the appropriate barrel angle (125°) and plate length.Plate and Screw Insertion
Position the barrel plate along the lateral femur.Insert the dynamic hip screw through the barrel to stabilize the femoral neck.Fixation with DCP Holes
Secure the plate to the femur using cortical screws through the DCP holes.Apply compression across the fracture site for enhanced stability.Postoperative Imaging
Verify implant alignment and fixation with imaging.Applications in Orthopedic Trauma SurgeryThe DHS Barrel Plate with DCP Holes is an essential implant in managing proximal femoral fractures. It provides a combination of angular stability, compression, and robust fixation, making it suitable for a variety of clinical scenarios, including fractures in osteoporotic bone.For more details on dimensions, screw compatibility, or specific surgical guidelines, feel free to ask!

DHS Barrel Plate Orthopedic Implant Jindal Medi Surge are Leading OEM / Brand Exporter of Orthopedic Centering Sleeve For DHS Tap, DCS Plates (Dorsal Column Stimulators Plate) 95, DHS Plate (Dynamic Hip Screw Plate), DHS Barrel Plate, DHS And DCS Screw and DHS DCS Implant Tool Box from India. All Implants are available in S.S.316L, LVM & Ti. Alloy.
Dhs Barrel Plate DCP Holes 125° - Titanium4 Holes5 Holes6 Holes8 Holes

DHS DCS SCREW 75MM ORTHOPEDIC IMPLANT The Jindal Medi Surge Dynamic Hip System (DHS) offers a variety of treatment options depending on the fracture site and the patient. Fixation elements DHS Screw- Coupling: two notches or octagonal. DHS Blade- The DHS Blade reduces the risk of cut-out compared to the standard DHS Screw. DHS Emergency Screw. Plates : DHS plate with DCP holes- Used for more than 25 years. DCS plate- with DCP holes. DHS/DCS Compression Screw- Used together with the DHS and DCS plates to compress the femoral fragments on the proximal and distal sides of the fracture. All orthopedic implants are made from medical grade stainless steel & titanium.

Orthopedic Trochanter Plate (SS316L, Locking)The Trochanter Plate is a specialized orthopedic implant designed for the fixation of fractures or reconstructions involving the greater trochanter or adjacent regions of the femur. Its unique design and locking mechanism ensure secure fixation and support for these anatomically complex areas.
Key FeaturesMaterialSS316L (Surgical-Grade Stainless Steel):Highly biocompatible and corrosion-resistant.Provides long-term durability and resistance to mechanical stress.DesignTrochanter-Specific Contouring:
Pre-contoured for the anatomy of the greater trochanter and proximal femur.Allows for optimal placement and support during fixation.Locking Screw Mechanism:
Features threaded holes to accommodate locking screws for angular stability.Enhances fixation in osteoporotic or compromised bone conditions.Combination Holes (Optional):
Some models include a mix of locking and compression screw holes for versatile fixation options.Plate Shape:Anatomically shaped with an extended profile to provide fixation coverage over the trochanteric region and femoral shaft as required.ApplicationsTrochanteric Fractures:For isolated fractures of the greater trochanter.Proximal Femur Fixation:Can be used in conjunction with other implants (e.g., femoral nails or plates) for enhanced stabilization.Reconstructive Surgeries:Osteotomies or revisions involving the proximal femur and trochanter.Technical SpecificationsThickness: Typically 4.5mm, ensuring sufficient strength for load-bearing applications.Screw Compatibility:Designed for 4.5mm locking screws to ensure stable fixation.Can accommodate cortical screws for additional non-locking fixation where needed.Material Compliance:Manufactured according to international standards (ISO 13485, ASTM F138) for implant safety and reliability.AdvantagesStability in Complex Fractures:Locking screws ensure secure fixation and angular stability, especially in osteoporotic bone.Anatomical Fit:Pre-contoured design reduces intraoperative adjustments and surgical time.Durable and Reliable:Made from SS316L, offering excellent resistance to corrosion and mechanical wear.Low-Profile Design:Minimizes irritation to surrounding soft tissues.Surgical ConsiderationsPreoperative Planning:Determine the appropriate plate size and screw configuration based on fracture type and patient anatomy.Instrumentation Required:Locking plate system tools, including compatible drill guides and screwdrivers.Postoperative Care:Follow standard protocols for weight-bearing and rehabilitation, depending on the stability achieved.Would you like more detailed specifications, compatible instruments, or additional guidance on surgical techniques?

The Orthopedic Trochanter Plate (SS316L) is a specialized implant designed for fixation and stabilization of fractures or osteotomies around the trochanteric region of the femur. Its robust design and material make it suitable for use in various trauma and reconstructive surgeries.
Key FeaturesAnatomical Design:
Shaped to conform to the proximal femur's anatomy, particularly the greater trochanter.Ensures optimal contact with the bone for improved stability and healing.Dynamic Compression Plate (DCP) Holes:
Allows for axial compression across the fracture or osteotomy site.Facilitates secure fixation with cortical or cancellous screws.Material:
Manufactured from SS316L (Stainless Steel 316L).Provides excellent biocompatibility, corrosion resistance, and mechanical strength for long-term durability.Applications:
Used in fractures of the greater trochanter, intertrochanteric fractures, and osteotomies.Applicable in cases requiring trochanteric reattachment or augmentation in hip revision surgeries.Versatility:
Available in various lengths and configurations to accommodate different fracture patterns.Compatible with standard orthopedic screws and instrumentation.Screw Compatibility:
Supports 4.5mm cortical screws and optional 6.5mm cancellous screws for enhanced fixation.BenefitsProvides stable fixation for challenging fractures in the trochanteric region.Pre-contoured design minimizes intraoperative bending and reduces surgical time.Durable material ensures reliable performance and reduces implant-related complications.Dynamic compression holes help maintain fragment alignment and promote healing.Surgical ConsiderationsPreoperative Planning: Imaging studies (X-rays or CT scans) are essential to assess fracture pattern and plan the implant's placement.Positioning: Ensure correct anatomical placement to avoid soft tissue irritation or implant failure.Screw Selection: Use appropriate screws based on bone quality and fracture configuration.Postoperative Care: Follow up with imaging to monitor healing and implant integrity.Would you like details about its sizes, instrumentation, or surgical techniques?

The Orthopedic Pediatric DHS Screw with a 9.5mm diameter, featuring a Compression Screw, constructed from SS316L, is a specialized implant designed for use in pediatric patients. It works in conjunction with Pediatric DHS plates to stabilize fractures in smaller femoral structures. Here's a comprehensive overview:
Key SpecificationsDesign:
Screw Type:Lag screw design for insertion into the pediatric femoral head or neck.Provides both stabilization and controlled compression at the fracture site.Diameter: 9.5mm, smaller than standard screws, suitable for pediatric bone structures.Thread:Large cancellous threads for secure engagement in trabecular bone.Smooth proximal shaft to facilitate dynamic movement and sliding within the DHS plate barrel.Compression Screw:A component used to adjust and tighten the lag screw within the barrel, achieving optimal fracture compression.Material:
SS316L (Surgical Stainless Steel 316L):High-strength, biocompatible material with excellent corrosion resistance.Length Variations:
Available in shorter lengths to match the dimensions of pediatric femoral bones.ApplicationsFracture Fixation:
Proximal femoral fractures in children:Intertrochanteric fractures.Femoral neck fractures.Pathological fractures in pediatric patients requiring dynamic stabilization.Dynamic Compression:
Facilitates controlled sliding and compression, promoting effective fracture healing under weight-bearing conditions.Features & BenefitsPediatric-Specific Design:
Smaller diameter (9.5mm) and lengths accommodate the reduced bone size and density of pediatric patients.Rounded edges and a compact design reduce the risk of soft tissue irritation or hardware prominence.Dynamic Stability:
The lag screw allows controlled sliding within the DHS plate barrel, enabling dynamic compression across the fracture line.Compression Screw:
Provides precise control for optimal compression and stabilization of the fracture.Material Excellence:
SS316L ensures long-term durability, safety, and resistance to corrosion.Secure Fixation:
Large cancellous threads offer superior grip in pediatric trabecular bone, minimizing the risk of screw loosening or migration.AdvantagesTailored for pediatric anatomy, avoiding complications like oversized implants or interference with growth plates.Dynamic compression ensures natural fracture healing under mechanical loads.Biocompatible and corrosion-resistant for safe, long-term implantation.Selection ConsiderationsPreoperative Planning:Select the appropriate screw length based on the patient’s age, bone size, and fracture configuration.Compatible Plates:Ensure the Pediatric DHS plate chosen is compatible with the 9.5mm lag screw.Surgeon Expertise:Proper positioning of the screw and adjustment of compression are critical for effective fixation.For additional details on available lengths, surgical techniques, or compatibility with specific plates, feel free to ask!

The Orthopedic DHS/DCS Screw with a 12.5mm diameter, featuring a Compression Screw, made of SS316L, is a specialized surgical implant used in conjunction with DHS (Dynamic Hip Screw) or DCS (Dynamic Condylar Screw) plates for the fixation of femoral fractures. Below is a detailed description of its features and uses:
Key SpecificationsDesign:
Screw Type:Lag screw design for insertion into the femoral head or condyles.Provides stability and compression at the fracture site.Diameter: 12.5mm, optimized for secure fixation in the femur.Thread:Large cancellous threads for better grip in trabecular bone.Smooth shaft near the proximal end to facilitate controlled sliding and dynamic compression.Compression Screw:An additional component used to tighten the lag screw within the barrel of the DHS or DCS plate, achieving precise and stable fracture compression.Material:
SS316L (Surgical Stainless Steel 316L):Biocompatible and corrosion-resistant.Provides durability and long-term stability within the body.Length Variations:
Available in multiple lengths to accommodate different patient anatomies and fracture configurations.ApplicationsFracture Fixation:
Proximal femoral fractures:Intertrochanteric fractures (with DHS plate).Femoral neck fractures.Distal femoral fractures:Supracondylar fractures (with DCS plate).Dynamic Stabilization:
Works in conjunction with DHS/DCS plates to allow controlled sliding and compression at the fracture site.Features & BenefitsDynamic Compression:
The compression screw ensures stable fixation and precise fracture alignment.Promotes healing by providing controlled load-sharing across the fracture.Secure Fixation:
Large cancellous threads improve purchase in spongy bone, minimizing the risk of screw loosening.Smooth Sliding Mechanism:
The lag screw's design enables dynamic movement within the plate barrel, allowing controlled compression during weight-bearing.Durability and Biocompatibility:
SS316L ensures resistance to wear and corrosion, suitable for long-term implantation.Versatility:
Compatible with both DHS and DCS systems, making it suitable for a wide range of femoral fractures.AdvantagesEnables precise and stable compression, reducing the risk of non-union or malunion.Dynamic sliding mechanism allows for natural fracture healing under mechanical stress.Adaptable for both proximal and distal femoral fractures.Selection ConsiderationsPreoperative Planning:Choose the appropriate screw length based on fracture location and patient anatomy.Compatible Plates:Ensure the DHS or DCS plate selected is compatible with the 12.5mm lag screw.Surgical Expertise:Proper placement and compression adjustment are critical for optimal outcomes.Let me know if you need further details on screw lengths, surgical techniques, or compatible plate options!
DHS/DCS Screw 12.5mm With Compression Screw SS316L4168.050 Length 50mm4168.055 Length 55mm4168.060 Length 60mm4168.065 Length 65mm4168.070 Length 70mm4168.075 Length 75mm4168.080 Length 80mm4168.085 Length 85mm4168.090 Length 90mm4168.095 Length 95mm4168.100 Length 100mm4168.105 Length 105mm4168.110 Length 110mm4168.115 Length 115mm4168.120 Length 120mm4168.125 Length 125mm4168.130 Length 130mm4168.135 Length 135mm4168.140 Length 140mm4168.145 Length 145mm

STAINLESS STEEL DHS/DCS SCREW

Jindal Medi Surge is a CE and ISO Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum, Titanium & Carbon Fiber Only. Our Products are used by Government Institutes, Private Hospitals, Small Clinics, Individual Doctors Worldwide.

For Bulk Order & Customized Listing, kindly message us.
We sell exclusively on our JMS Brand & also Manufacture on OEM basis for various international brands.

Dhs/Dcs Screw Stainless Steel

4168.050 Length 50mm4168.055 Length 55mm4168.060 Length 60mm4168.065 Length 65mm4168.070 Length 70mm4168.075 Length 75mm4168.080 Length 80mm4168.085 Length 85mm4168.090 Length 90mm4168.095 Length 95mm4168.100 Length 100mm4168.105 Length 105mm4168.110 Length 110mm4168.115 Length 115mm4168.120 Length 120mm4168.125 Length 125mm4168.130 Length 130mm4168.135 Length 135mm4168.140 Length 140mm4168.145 Length 145mmJindal Medi Surge is a CE and ISO Certified Leading Manufacturer, Exporter of Surgical and Orthopedic Instruments used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. All Products are made from Surgical Grade Stainless Steel, Aluminum & Carbon Fiber Only. Our products are used by Government Institutes, Private Hospitals, Small Clinics, Individual Doctors Worldwide.

For Bulk Order & Customized Listing, kindly message us.
We sell exclusively on our JMS Branded & also Manufacture on an OEM basis for various international brands.

DCS Plate DCP Hole 95 Deg. Orthopedic Implant Jindal Medi Surge are Leading OEM / Brand Exporter of Orthopedic Centering Sleeve For DHS Tap, DCS Plates (Dorsal Column Stimulators Plate) 95, DHS Plate (Dynamic Hip Screw Plate), DHS Barrel Plate, DHS And DCS Screw and DHS DCS Implant Tool Box from India. All Implants are available in S.S.316L, LVM & Ti. Alloy.Dcs Plate DCP Holes 95°  - S.S.5 Holes6 Holes7 Holes8 Holes9 Holes10 Holes12 Holes14 Holes16 Holes18 Holes20 Holes22 Holes

The "Orthopedic DCS 95-Degree Locking Plate SS316L" is a specialized implant for orthopedic procedures, offering enhanced stability and fixation in complex fractures. Here's a breakdown of its features and applications:
1. DCS (Dynamic Condylar Screw):The DCS system is widely used for fixing distal femoral fractures, particularly supracondylar and intercondylar fractures.It incorporates a dynamic condylar screw that works in conjunction with the plate, providing angular and axial stability.2. Locking Plate:The locking plate differs from traditional plates in that it features locking screw holes.Key advantages of locking plates:Enhanced stability: Screws lock into the plate, forming a fixed-angle construct.Improved fixation: Particularly effective in osteoporotic bone or comminuted fractures.Minimized reliance on bone quality: Prevents screw pullout and loosening.It combines locking technology with the DCS barrel mechanism for dynamic fixation.3. 95-Degree Angle:The 95-degree angle is ideal for anatomical alignment in distal femoral fractures.This angle restores the natural shape and alignment of the femur for optimal healing and functionality.4. Material: SS316L (Stainless Steel 316L):316L stainless steel is a low-carbon, medical-grade material widely used in orthopedic implants.Key properties:Corrosion resistance: Essential for long-term implantation.Biocompatibility: Safe for prolonged use inside the human body.High strength: Provides durability and resistance to fatigue.Applications:Fracture fixation: Used primarily for distal femoral fractures, including:Supracondylar fractures.Intercondylar fractures.Malunions and non-unions.Complex cases: Effective for osteoporotic or comminuted fractures.Peri-prosthetic fractures: Suitable for use in patients with prior joint replacements.Common Features:Pre-contoured shape: Anatomically designed for the distal femur.Dynamic compression: Provides controlled compression for optimal fracture healing.Barrel design: Accommodates the condylar screw, allowing for movement and load sharing.Multiple screw options: Can use locking screws for enhanced stability or traditional screws as needed.Would you like further details on surgical techniques, compatibility with screws, or comparisons with other implant types?

The Orthopedic DCS (Dynamic Condylar Screw) Plate with DCP (Dynamic Compression Plate) Holes at a 95° angle, made of SS316L, is a specialized implant used primarily for treating distal femoral fractures and certain proximal femoral fractures. Below is a detailed breakdown:
Key SpecificationsDesign:
DCS Plate:Works with a lag screw (DCS screw) for stable fixation and controlled compression.The 95° angle provides anatomical alignment, especially for distal femoral fractures.DCP Holes:Dynamic Compression Plate holes allow for compression along the fracture site when used with cortical screws.Multiple holes offer flexibility in screw placement and fixation.Material:SS316L (Surgical Stainless Steel 316L): High-grade, corrosion-resistant, and biocompatible material.Angle:
95° Plate:Designed to match the natural anatomical alignment of the distal femur or proximal femur in specific cases.Hole Configuration:
Multiple DCP holes along the plate shaft to accommodate cortical screws, enhancing fixation stability.ApplicationsFracture Fixation:
Distal femoral fractures, particularly supracondylar fractures.Certain subtrochanteric or intertrochanteric fractures when proximal fixation requires a 95° alignment.Complex fractures requiring dynamic stability and anatomical alignment.Corrective Procedures:
Treatment of malunions or non-unions in the distal or proximal femur.Fractures requiring angular stability with load-sharing characteristics.Features & BenefitsDynamic Stability:
The DCS screw-barrel mechanism allows controlled movement, promoting fracture healing under weight-bearing conditions.95° Angulation:
Aligns with the natural anatomy of the femur, reducing stress on the bone and implant.DCP Holes:
Enables dynamic compression for secure fracture fixation.Allows flexibility in the placement of cortical screws to address individual fracture patterns.Material Excellence:
SS316L ensures durability, corrosion resistance, and compatibility with the body's biological environment.Versatility:
Can be used for a wide range of fracture types, making it a preferred option for complex femoral fractures.AdvantagesProvides anatomical alignment for distal femoral fractures.Dynamic compression and stability enhance fracture healing.DCP holes offer flexibility in screw placement and additional compression along the plate.Selection ConsiderationsPreoperative Planning:Choose the plate length and screw configuration based on the fracture type and location.Screw Compatibility:Use appropriate DCS screws for the barrel and cortical screws for the DCP holes.Surgeon Expertise:Precise alignment during implantation is critical to prevent implant failure or malalignment.Let me know if you need further information on compatible screws, surgical techniques, or alternative implants!