Jindal Medi Surge

Orthopedic Carbon Fiber Rods 11mm To 20mm Diameter External Fixator

Sizes Available Here:-

Carbon Rods 11mm Diameter

• 11.010000 11mm Dia 100mm Long
• 11.011000 11mm Dia 125mm Long
• 11.015000 11mm Dia 150mm Long
• 11.020000 11mm Dia 200mm Long
• 11.025000 11mm Dia 250mm Long
• 11.030000 11mm Dia 300mm Long
• 11.035000 11mm Dia 350mm Long
• 11.040000 11mm Dia 400mm Long
• 11.045000 11mm Dia 450mm Long
• 11.050000 11mm Dia 500mm Long
• 11.050100 11mm Dia 550mm Long
• 11.051000 11mm Dia 600mm Long

Carbon Rods 12mm Diameter

• 12.025000 11mm Dia 100mm Long
• 12.030000 11mm Dia 150mm Long
• 12.035000 11mm Dia 200mm Long

Carbon Rods 14mm Diameter

• CT140120 120mm
• CT140160 160mm
• CT140200 200mm
• CT140240 240mm
• CT140280 280mm
• CT140320 320mm
• CT140360 360mm
• CT140400 400mm

Carbon Rods 16mm Diameter

• 16.012500 16mm Dia 125mm Long
• 16.015000 16mm Dia 150mm Long
• 16.017500 16mm Dia 175mm Long

Carbon Rods 20mm Diameter

• 20.042000 20mm Dia 420mm Long

Orthopedic carbon fiber rods with diameters ranging from 11mm to 20mm are substantial components of external fixator systems used in orthopedic surgery. These larger diameter rods serve several critical functions within the external fixation framework:
Enhanced Stability and Support: The primary role of these robust carbon fiber rods is to provide strong stability and support to fractured or deformed bone segments. By connecting various components of the external fixator system, such as pins, screws, and clamps, these rods create a sturdy framework that holds the bone fragments securely in the desired alignment for optimal healing.
High Load-Bearing Capacity: Thanks to their larger diameter and high-strength carbon fiber construction, rods in this size range can bear significant loads without compromising their structural integrity. This capability is vital for withstanding forces exerted on the bone during weight-bearing activities, ensuring that the bone heals properly without displacement or misalignment.
Biocompatibility: Carbon fiber rods within this diameter range are typically well-tolerated by the body, minimizing the risk of adverse reactions or complications. This biocompatibility is crucial for the success of the external fixation procedure and promotes a favorable environment for bone healing.
Radiolucency: Like smaller diameter carbon fiber rods, those in the 11mm to 20mm range possess radiolucent properties, allowing X-rays and other imaging modalities to pass through without significant obstruction. This enables healthcare providers to monitor the progress of bone healing effectively, facilitating timely interventions as needed without the need to remove or adjust the external fixator.
The selection of rod diameter within this range depends on various factors, including the size and location of the bone fragments, the degree of stability required, and the patient's individual anatomy. Overall, orthopedic carbon fiber rods in this size range provide robust stability, high load-bearing capacity, biocompatibility, and radiolucency, supporting the effective healing of bone fractures and deformities.

Components of a Small Compression-Distraction Device:Mini Frame: The main structure that supports the other components, designed to be lightweight and compact.Mini Rods: Connecting elements that can be adjusted for length.Mini Adjustable Clamps: Secure the rods and allow for fine adjustments.Compression-Distraction Mechanism: Allows controlled movement to apply either compression or distraction forces.Fixation Pins or Wires: Inserted into the bone to hold it in place.Steps for Using a Small Compression-Distraction Device in an Orthopedic External Fixator:Preoperative Planning:
Conduct thorough imaging studies (X-rays, CT scans) to assess the bone condition.Plan the placement of the device to ensure optimal results.Surgical Preparation:
Sterilize and drape the patient.Mark the insertion points for the fixation pins or wires.Insertion of Fixation Pins/Wires:
Make small incisions at the marked sites.Insert fixation pins or wires through the bone, ensuring they are securely anchored.Assembly of the External Fixator:
Attach the mini frame to the fixation pins or wires.Secure the mini adjustable clamps and rods to the frame, ensuring they are correctly aligned.Attachment of the Compression-Distraction Device:
Connect the compression-distraction mechanism to the rods.Ensure that the device is properly calibrated for controlled movement.Adjusting the Device:
Use the adjustment knobs or screws to apply the desired amount of compression or distraction.Monitor the bone alignment and stability throughout the process.Intraoperative Imaging:
Use imaging techniques to confirm the correct placement and alignment of the device.Make any necessary adjustments to the device.Postoperative Care:
Schedule regular follow-up appointments to monitor healing and make necessary adjustments.Educate the patient on how to care for the pin sites and recognize signs of infection.Adjust the device gradually for limb lengthening or correction of deformities as per the treatment plan.Safety Considerations:Avoid placing pins near joints or major blood vessels.Monitor pin sites regularly for signs of infection.Ensure all components of the external fixator are securely fastened to prevent loosening.Provide clear instructions to the patient on device care and follow-up.Example Setup Using a Small Compression-Distraction Device:Preoperative Planning:
Detailed assessment of the bone condition and planning of the device placement.Surgical Preparation:
Sterilization, draping, and marking of insertion points.Insertion of Fixation Pins/Wires:
Proper insertion and securing of fixation pins or wires.Assembly of the External Fixator:
Attachment of the mini frame, mini adjustable clamps, and rods.Attachment of the Compression-Distraction Device:
Connecting and calibrating the compression-distraction mechanism.Adjusting the Device:
Controlled application of compression or distraction forces.Intraoperative Imaging:
Confirmation of correct placement and alignment.Postoperative Care:
Regular follow-ups, patient education, and gradual adjustments as needed.Illustrative Steps:Prepare the Limb:
Ensure the limb is properly positioned and prepared for surgery.Position the Mini Frame and Rods:
Place the mini frame and rods around the limb at the appropriate locations.Attach the Compression-Distraction Device:
Secure the compression-distraction mechanism to the rods.Insert the Pins/Wires:
Guide the pins or wires through the clamp’s holders and into the bone.Adjust and Tighten:
Use the adjustment screws to position the rods correctly and then tighten to secure.

A small open connecting clamp (4mm x 4mm) for an orthopedic external fixator is designed to stabilize and support fractures or deformities in bones, particularly those in the forearm, hand, or other small anatomical structures. This type of clamp is crucial for maintaining proper alignment and allowing for precise adjustments during the healing process.
ComponentsSmall Open Connecting Clamp: An open clamp design that facilitates easier attachment and adjustment. The dimensions 4mm x 4mm indicate the size and compatibility with specific pins or rods.Pins: Metal pins that are inserted into the bones through the skin, providing anchorage for the external fixator.Connecting Rods: Rods that connect the pins via the clamps to provide structural support and stabilization.Nut: Used to tighten and secure the clamp components.UsesFracture Management: Stabilizing fractures in small bones such as those in the forearm, hands, fingers, or other small anatomical structures.Post-Surgical Stabilization: Providing support after surgical procedures to ensure proper alignment and healing.Complex Fractures: Managing complex or comminuted fractures where internal fixation is not suitable.Deformity Correction: Gradually correcting bone deformities through precise adjustments.ProcedureInsertion of Pins: Pins are carefully inserted into the bones on either side of the fracture or deformity.Attachment of Open Connecting Clamps: The small open connecting clamps are attached to the pins, and the connecting rods are then secured to the clamps. The open design allows for easier adjustments and visibility.Adjustment: The nuts are adjusted to ensure proper alignment and stabilization of the bones.AdvantagesEase of Use: The open design makes it easier to attach and adjust the clamps.Precision: Allows for fine adjustments, ensuring proper alignment of small bones.Secure Attachment: The design ensures a stable attachment, providing reliable support.Minimally Invasive: The small size of the clamps and pins minimizes tissue disruption.Versatility: Suitable for various small bone fractures and delicate anatomical areas.DisadvantagesPatient Discomfort: Can be uncomfortable and bulky for the patient.Risk of Infection: Requires careful monitoring to prevent infections at the pin sites.Limited Load Bearing: May not be suitable for weight-bearing bones or larger fractures.Care and MaintenanceRegular Cleaning: The external fixator and pin sites should be regularly cleaned to prevent infections.Monitoring: Regular follow-ups with the healthcare provider to monitor the healing process and make necessary adjustments.Limiting Movement: The patient may need to limit movement of the affected area to ensure proper healing.

The Aesculap clamp for an orthopedic external fixator is a component used in the stabilization and treatment of fractures and deformities in bones. Aesculap is a well-known brand in the medical device industry, producing high-quality surgical instruments and implants. Here's a detailed overview:
Aesculap Clamp OverviewPurpose: The Aesculap clamp is designed to secure and stabilize bone fragments or segments during the healing process. It provides precise alignment and adjustment of bones.
Components:
Clamp: The main part that attaches to bone pins or wires. It is engineered to hold the fixation elements firmly in place.Connecting Rods: Rods that link multiple clamps to create a stable external frame.Adjustment Mechanism: Nuts or screws that allow for fine adjustments to ensure proper bone alignment.Uses:
Fracture Management: Ideal for stabilizing complex fractures, especially in cases where internal fixation is not suitable.Deformity Correction: Helps in the gradual correction of bone deformities through controlled adjustments.Post-Surgical Support: Provides stabilization after orthopedic surgeries, aiding in bone fusion and healing.Advantages:
High Precision: Offers precise alignment and adjustment capabilities.Stability: Ensures strong support to fractured or deformed bones.Durability: Made from high-quality materials for reliable performance.Versatility: Suitable for various orthopedic applications involving different bones and joints.Disadvantages:
Patient Discomfort: External fixators can cause discomfort and limit mobility.Risk of Infection: Requires careful monitoring and hygiene to prevent infections at pin sites.Visibility and Bulk: The external nature of the fixator can be cumbersome and visible, which might be a concern for some patients.Care and Maintenance:
Regular Cleaning: The fixator and pin sites should be cleaned regularly to prevent infections.Monitoring: Regular follow-ups with healthcare providers to monitor the healing process and make necessary adjustments.Hygiene: Ensuring the pin sites are kept clean and sterile to avoid infection.Example ApplicationInsertion of Pins: Thin metal pins are inserted into the bones on either side of the fracture or deformity.Attachment of Clamps: The Aesculap clamps are attached to the pins, and connecting rods are secured to the clamps.Adjustment: The nuts or screws on the clamps are adjusted to achieve proper alignment and stabilization.ConclusionThe Aesculap clamp for orthopedic external fixators is a high-quality, reliable component designed to provide robust stabilization and support for bone fractures and deformities. It offers precision, stability, and durability, making it suitable for various orthopedic applications.

Spinal Arch Orthopedic External Fixator  Jindal Medi Surge has a wide range of External Fixators made from Carbon Fiber Material (which is a great alternative to Stainless Steel as it is lighter & stronger). Our products are precisely engineered & are used for External Fixation in Humans (Adult / Pediatric) & Veterinary.

Carbon Fiber Rod 11.0mm Dia Orthopedic External Fixator  Jindal Medi Surge has a wide range of External Fixators made from Carbon Fiber Material (which is a great alternative to Stainless Steel as it is lighter & stronger). Our products are precisely engineered & are used for External Fixation in Humans (Adult / Pediatric) & Veterinary. All the products are categorized as following:-

Titanium Curved Reconstruction Plate 3.5mm


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.

Titanium Narrow DCP 4.5mm

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.

A Central Clamp Basic Set for Adult Orthopedic External Fixator Ring Type includes components designed to provide central fixation and stability for bone segments in complex orthopedic procedures. These sets are typically used in conjunction with other fixator components like rings, rods, and pins. Here's a general overview of what such a set might include:
Components:Central Clamps:
Central clamps designed to connect multiple rods or pins to the central axisHigh-strength material, often stainless steel or a lightweight alloyConnecting Rods:
Various lengths (e.g., 100mm, 150mm, 200mm)Threaded or non-threaded, depending on designMade from durable materials to withstand mechanical stressesRings:
Full or partial rings (various sizes) to provide structural supportTypically made of stainless steel or radiolucent materials for X-ray visibilitySchanz Screws and Pins:
Different diameters (e.g., 4mm, 5mm, 6mm)Threaded for secure bone engagementMade of biocompatible materials to prevent corrosion and infectionConnecting Clamps:
Small open and closed connecting clamps for attaching rods to rings or other structural componentsSizes such as 2.5mm x 5.0mm and 4mm x 4mmWires and Tensioners:
Kirschner wires (K-wires) for additional stabilityWire tensioners to adjust the tension of the wires accuratelyFixation Bolts and Nuts:
Various sizes for secure assemblyCorrosion-resistant materials to ensure durabilityTools:
Hex wrenches, T-handle wrenches, or other specific tools required for assembly and adjustment of the fixatorTorque wrenches for precise tighteningSoft Tissue Protection:
Sleeves or spacers to protect soft tissues from hardware-induced irritationManuals and Instructions:
Detailed assembly and application guidesInstructions for safe and effective use of the fixator setExample Set Contents:Central Clamps:
Quantity: 2-4Material: Stainless steelConnecting Rods:
Lengths: 100mm, 150mm, 200mmMaterial: Lightweight alloyRings:
Sizes: 180mm, 200mm, 220mm diameterMaterial: Stainless steel or radiolucent polymerSchanz Screws:
Diameters: 4mm, 5mm, 6mmQuantity: 10 each sizeConnecting Clamps:
Sizes: 2.5mm x 5.0mm, 4mm x 4mmQuantity: 10 each sizeKirschner Wires (K-wires):
Diameter: 1.8mm, 2.0mmQuantity: 20 each sizeTensioners:
Quantity: 2-4Fixation Bolts and Nuts:
Quantity: 20-30Wrenches and Tools:
Hex wrenches: 3 sizesTorque wrench: 1T-handle wrench: 1Soft Tissue Protection Sleeves:
Quantity: 10-15Application:Fracture Fixation: Stabilizing bone fractures, especially in long bones.Deformity Correction: Gradual adjustment of bone alignment.Limb Lengthening: Controlled distraction osteogenesis for limb lengthening.

The Orthopedic L-Plate 120° with Bar 1.5mm Right Maxillofacial Implant is a specialized implant designed for use in maxillofacial surgeries, specifically tailored for the right side of the face. This implant is crucial for stabilizing fractures, performing osteotomies, or conducting reconstructive procedures within the maxillofacial region. It features a unique 120-degree angle with an integrated bar, providing enhanced structural support.
Specifications:Material:
Titanium: Preferred for its high biocompatibility, lightweight nature, and excellent resistance to corrosion.Stainless Steel (SS316L): Commonly used for its strength and durability in surgical implants.Plate Thickness:
1.5mm: Offers the necessary strength while maintaining a thin profile suitable for delicate maxillofacial applications.Design:
L-Shaped Plate (120 Degrees): The plate features a 120-degree angle, designed to conform to the anatomical contours of the right side of the maxillofacial region. This angle is particularly useful for certain fracture patterns or surgical needs.With Bar: The integrated bar provides additional rigidity and support, enhancing the overall stability of the fixation and ensuring that the bones are held securely in place.Orientation:
Right Side: Specifically designed to fit the anatomical structure of the right side of the face, ensuring precise and secure fixation.Holes for Screws:
The plate is perforated with a series of holes for screw fixation. The number and arrangement of these holes vary based on the specific design.Screw Compatibility: Typically compatible with 1.5mm or 2.0mm cortical screws, used to secure the plate to the bone.Applications:Fracture Fixation:
Used to stabilize fractures on the right side of the maxillofacial region, ensuring proper alignment and promoting healing, especially in cases where additional support is required.Osteotomies:
Employed in surgical procedures where bones are cut and realigned to correct deformities or structural issues, particularly when a 120-degree angle is needed for optimal anatomical fit.Reconstructive Surgery:
Utilized in reconstructive surgeries to restore function and appearance, especially on the right side of the face, where the unique angle and added bar support of the plate are advantageous.Sterilization:These implants are typically supplied sterile or require sterilization before use according to the manufacturer's guidelines.The L-Plate 120° with Bar 1.5mm Right Maxillofacial Implant is essential for providing stable fixation and enhanced support in various surgical procedures requiring a specific 120-degree angle, ensuring successful healing and restoration of the maxillofacial structure on the right side.

The Orthopedic 1.5mm Maxillofacial Screw is a specialized screw used in maxillofacial surgery for securing implants, such as plates, to facial bones. These screws are designed to provide stable fixation in delicate areas of the facial skeleton.
Specifications:Material: Typically made from Titanium or SS316L stainless steel.
Titanium: Offers excellent biocompatibility, lightweight properties, and high resistance to corrosion, making it suitable for long-term implantation.SS316L: Provides strength, durability, and good biocompatibility, commonly used for its resistance to mechanical stress and corrosion.Diameter: 1.5mm
The small diameter is ideal for use in delicate facial bones, where minimal invasiveness and precise control are necessary.Design:
Thread Type: Usually features fine threads designed to securely engage with bone, providing stable fixation without excessive disruption to the surrounding tissue.Head Style: Can vary (e.g., hexagonal, Phillips, or slotted) depending on the specific needs of the surgery and the instruments used.Applications:These screws are commonly used in:
Maxillofacial Fracture Fixation: Securing plates or other implants to stabilize fractures in delicate facial bones, such as the mandible, zygomatic arch, or orbital region.Reconstructive Surgery: Fixing plates or mesh implants used in reconstructive procedures to restore facial anatomy after trauma, congenital defects, or surgical corrections.Orthognathic Surgery: Securing osteotomies or repositioned bone segments during corrective jaw surgeries to ensure proper alignment and stabilization during healing.Advantages:Precision: The small diameter allows for precise placement in delicate bone structures, minimizing damage to surrounding tissue.Biocompatibility: Made from titanium or SS316L, the screws are well-tolerated by the body, reducing the risk of adverse reactions and promoting safe, long-term use.Strength: Despite their small size, these screws provide strong and reliable fixation, essential for stabilizing bone fragments or implants.Minimal Invasiveness: The small size of the screws helps to keep the surgical site less invasive, reducing patient discomfort and promoting quicker recovery.Versatility: Suitable for a range of maxillofacial procedures, providing secure fixation for various types of implants and surgical corrections.The 1.5mm maxillofacial screw is a critical component in ensuring stable and effective fixation in maxillofacial surgeries, enabling precise and reliable outcomes in complex facial procedures.

A spanner, also known as a wrench, is a crucial tool used in orthopedic external fixators. It is designed for tightening and loosening the nuts, bolts, and screws on the fixator components, ensuring secure and adjustable connections between rods, rings, and clamps.
Features of an Orthopedic External Fixator Spanner:Adjustable or Fixed Size: Can be designed to fit various sizes of nuts and bolts used in external fixators.Durable Material: Typically made from high-strength materials such as stainless steel to withstand repeated use and sterilization.Ergonomic Design: Often has an ergonomic handle for better grip and ease of use during surgical procedures.Uses of a Spanner in Orthopedic External Fixators:Tightening Nuts and Bolts: Ensures all components are securely fastened.Adjusting Clamps: Allows for the fine-tuning of clamps to achieve the desired alignment and stabilization.Assembly and Disassembly: Aids in the quick and efficient assembly and disassembly of the external fixator.Steps for Using a Spanner with an Orthopedic External Fixator:Preoperative Setup:
Ensure that the spanner is sterilized and ready for use.Identify the sizes of nuts and bolts that will be used in the fixator assembly.Assembly of the External Fixator:
Use the spanner to tighten the nuts and bolts on the rings, rods, and clamps.Ensure that all connections are secure but not overtightened to avoid damaging the components.Adjustments During Surgery:
Use the spanner to make any necessary adjustments to the clamps and rods during the procedure.Fine-tune the alignment and stabilization as needed.Postoperative Care:
Periodically check and retighten any nuts and bolts as needed during follow-up visits.Educate the patient or caregiver on how to check for any loosening of components and when to seek medical advice.Example Procedure Using a Spanner:Preoperative Planning:
Plan the placement of the external fixator components based on imaging studies.Surgical Preparation:
Sterilize the spanner and other surgical instruments.Insertion of Fixation Pins/Wires:
Insert fixation pins or wires through the bone at the planned sites.Assembly of the External Fixator:
Attach the rings around the limb at the appropriate locations.Secure the rods to the rings using the clamps.Use the spanner to tighten the nuts and bolts on the clamps and other components.Adjusting the Fixator:
Make any necessary adjustments to the alignment of the rods and clamps using the spanner.Ensure all components are securely fastened.Postoperative Care:
Provide the patient with instructions on caring for the pin sites and monitoring for any signs of infection.Schedule follow-up appointments to monitor healing and make any necessary adjustments using the spanner.Illustrative Steps:Prepare the Limb:
Position and prepare the limb for surgery.Position the Rings and Rods:
Place the rings and rods around the limb as planned.Attach the Clamps:
Secure the clamps to the rings and rods.Tighten the Nuts and Bolts:
Use the spanner to tighten the nuts and bolts on the clamps and other components.Adjust and Secure:
Make any necessary adjustments to the alignment and stabilization.Ensure all components are securely fastened with the spanner.

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!