Jindal Medi Surge

LOCKING PROXIMAL MEDIAL TIBIA PLATE 3.5/4.0MM ORTHOPEDIC IMPLANT Jindal Medi Surge Orthopedic Locking Tibia Bone Plates have a limited-contact profile. The head and neck portions of the plates accept locking screws. The screw hole pattern allows a raft of subchondral locking screws to buttress and maintain reduction of the articular surface. This provides resistance to local depression loads in addition to the stability of the fixed angle construct created by locking the screws into the plate. The LPS Proximal Tibia Plate — Low Bend is part of the locking plate system (LPS), which merges locking screw technology with conventional plating techniques. The locking plate system (LPS) here has Combi-holes in the plate shaft. The Combi-hole provides flexibility of axial compression and locking capability throughout the length of the plate shaft. Indication for fractures of the proximal tibia, including: simple, comminuted, lateral wedge, depression, medial wedge, bicondylar combination of lateral wedge and depression, periprosthetic, and fractures with associated shaft fractures. The plates can also be used for treatment of nonunions, malunions, and osteopenic bone. All plates are made from medical grade stainless steel & titanium alloy.

The JMS half ring carbon fibre is available is used for attaching the wires passed through the bone.

Orthopedic Carbon Fiber Long Pediatric Connecting Plate External Fixator

Orthopedic carbon fiber long pediatric connecting plates for external fixators are specialized components used in orthopedic surgery to stabilize fractures or correct bone deformities in pediatric patients. These plates are designed specifically for children, utilizing carbon fiber material for its strength, lightweight properties, and biocompatibility.
Here are key features and considerations:
Pediatric Size: These plates are tailored to fit the smaller anatomy of pediatric patients. They are designed to provide stable fixation and support while minimizing any discomfort for the child.
Material: Carbon fiber is chosen for its excellent strength-to-weight ratio, making it ideal for pediatric applications where reducing additional weight is crucial. Additionally, carbon fiber is biocompatible, minimizing the risk of adverse reactions or complications in pediatric patients.
Design: The design of the long pediatric connecting plate allows for flexibility in surgical planning. It can bridge larger gaps between fixator components or bone fragments in pediatric cases, providing stability across the fracture site.
Fixation: Similar to adult plates, the long pediatric connecting plate is attached to the bone or other fixator components using screws or other fixation devices. This ensures secure stabilization of the affected area, promoting proper bone alignment and healing.
Radiolucency: Carbon fiber plates are radiolucent, allowing X-rays and other imaging modalities to pass through unobstructed. This facilitates postoperative imaging to monitor the healing progress without interference from the fixation devices.
Durability: Despite being lightweight, carbon fiber plates offer durability and strength, providing reliable support throughout the healing process. They can withstand the demands of pediatric orthopedic surgery while promoting optimal bone healing and patient recovery.
Overall, orthopedic carbon fiber long pediatric connecting plates for external fixators play a crucial role in the treatment of fractures and deformities in children, offering stable fixation and support tailored to the unique needs of pediatric patients.

Orthopedic Carbon Fiber Rods 4mm To 6.35mm Diameter External FixatorSize

Available:-

Carbon Rods 4mm Diameter

• 4.008000 4mm Dia 80mm Long
• 4.010000 4mm Dia 100mm Long
• 4.012500 4mm Dia. 125mm Long
• 4.015000 4mm Dia 150mm Long
• 4.016000 4mm Dia 160mm Long
• 4.017000 4mm Dia 175mm Long
• 4.020000 4mm Dia 200mm Long
• 4.025000 4mm Dia 250mm Long
• 4.030000 4mm Dia 300mm Long
• 4.035000 4mm Dia 350mm Long
• 4.040000 4mm Dia 400mm Long

Carbon Rods 5mm Diameter

• 5.010000 5mm Dia. 100mm Long
• 5.015000 5mm Dia. 150mm Long
• 5.020000 5mm Dia. 200mm Long
• 5.025000 5mm Dia. 250mm Long
• 5.030000 5mm Dia. 300mm Long

Carbon Rods 6mm Diameter

• 6.010000 6mm Dia. 100mm Long
• 6.015000 6mm Dia. 150mm Long

Carbon Rods 6.35mm Diameter

• 6.305000 6.3mm Dia 50mm Long
• 6.310000 6.3mm Dia 100mm Long
• 6.315000 6.3mm Dia 150mm Long
• 6.320000 6.3mm Dia 200mm Long
• 6.325000 6.3mm Dia 250mm Long
• 6.330000 6.3mm Dia 300mm Long

Orthopedic carbon fiber rods with diameters ranging from 4mm to 6.35mm are versatile components used in external fixator systems for orthopedic surgeries. These rods serve several important functions within the external fixation framework:
Stability and Support: The primary function of these rods is to provide stability and support to the fractured or deformed bone segments. They are inserted through clamps or other fixation devices attached to the bone, creating a rigid structure that holds the bone fragments in the desired alignment for proper healing.
Load Bearing: Carbon fiber rods are known for their high strength-to-weight ratio, making them capable of bearing significant loads while remaining lightweight. This allows the external fixator to withstand forces exerted on the bone during daily activities, promoting healing without compromising stability.
Biocompatibility: Carbon fiber is generally well-tolerated by the body, reducing the risk of adverse reactions or complications associated with the implant. This biocompatibility is crucial for the success of the external fixation procedure and the overall healing process.
Radiolucency: Carbon fiber's radiolucent nature allows X-rays and other imaging modalities to pass through without significant obstruction. This enables healthcare providers to monitor the progress of bone healing without the need to remove or adjust the external fixator, facilitating timely interventions as needed.
The range of diameters (4mm to 6.35mm) offers flexibility in selecting the appropriate rod size based on the specific requirements of the patient's condition, such as the size of the bone fragments, the degree of stability needed, and the surgical approach. Overall, orthopedic carbon fiber rods in this size range are essential components of external fixator systems, providing strength, stability, biocompatibility, and radiolucency to support the healing process of bone fractures and deformities.

Carbon Fiber Connecting Rod 4.0mm 11.0mm & 8mm Dia. Orthopedic External Fixator The external fixator is one of the mainstays of operative fracture treatment. It allows "local damage control" for fractures with severe soft-tissue injuries and can be used for definitive treatment of many fractures as it provides relative stability, which results in healing by callus formation. External fixation is an essential part of damage control surgery in polytrauma as it permits rapid stabilization of fractures with minimal additional (surgical) injury. Deformity correction and bone transport are also possible with external fixation. There are various methods of internal fixation for the treatment of fractures, but at certain times it is inappropriate to perform internal fixation as primary treatment. External fixation has Less damage to the blood supply of the bone, Minimal interference with soft-tissue cover, Rapid application in an emergency situation, Stabilization of open and contaminated fractures, Fracture reduction and stable fixation adjustable without surgery, Good solution in situations with high risk of infection or established infection; less experience and surgical skill required than for standard ORIF, Bone transport and deformity correction possible. All Fixators are made from Medical Grade Stainless Steel & Titanium Alloy.

The Single Pin Adjustable Clamp with Fixed Vice (11.0mm diameter, 7mm threaded part) designed for 6.0mm pins is a specialized component in orthopedic external fixator systems. This clamp is essential for providing stable and adjustable fixation for bone fractures, allowing precise adjustments and secure placement during the healing process.
Components and FeaturesAdjustable Clamp:
Single Pin Clamp: Designed to securely hold a 6.0mm pin, providing stability and precise positioning of bone fragments.Threaded Part: The 7mm threaded part of the clamp ensures it can be securely fixed into the bone, providing additional stability.Fixed Vice:
Fixed Design: Offers a rigid and stable connection, ensuring the pin remains in a fixed position once secured.Secure Locking Mechanism: Locks the pin in place, providing stability throughout the healing process.External Fixator System:
Connection Rods: Used to connect multiple clamps and vices, forming a stable external framework to support the bone during healing.Pins/Wires: Stainless steel or titanium pins, typically 6.0mm in diameter, are inserted through the skin into the bone to stabilize the fracture.ApplicationsComplex Fractures: Ideal for fractures that are too complex or severe for internal fixation.Open Fractures: Suitable for managing open fractures where internal fixation may pose a higher risk of infection.Bone Lengthening and Reconstruction: Used in procedures that involve bone lengthening or complex reconstructive surgery.AdvantagesStability: The fixed vice design offers greater stability compared to adjustable or open vices, ensuring the pin remains securely in place.Adjustability: The adjustable clamp allows for precise alignment and positioning of the pin, despite the fixed vice.Versatility: Can be used in various types of fractures and bone conditions requiring external fixation.ConsiderationsTraining: Proper training for surgeons and surgical staff is essential for the effective use of this external fixator component.Sterilization: All components must be thoroughly sterilized before use to prevent infections and maintain surgical sterility.Patient Monitoring: Regular monitoring and adjustments may be necessary to ensure the fixator remains effective and comfortable for the patient throughout the healing process.SummaryThe Single Pin Adjustable Clamp with Fixed Vice (11.0mm diameter, 7mm threaded part) for 6.0mm pins is a crucial component in external fixator systems used in orthopedic surgery. Its design provides stable and secure fixation, making it suitable for complex fractures and conditions requiring external support. Proper training, sterilization, and patient monitoring are essential for achieving successful surgical outcomes and promoting effective bone healing.
Typical Instrument Set ContentsAdjustable Clamps: Multiple clamps designed to hold 6.0mm diameter pins.Fixed Vices: Fixed vices to securely lock the pins in place.Connection Rods: Various lengths to connect the clamps and create the external framework.6.0mm Pins/Wires: Stainless steel or titanium pins for insertion into the bone.Screwdrivers and Wrenches: Tools for tightening and adjusting the clamps and rods.Drill Guides and Drill Bits: For precise placement of pins.Sterilization Tray and Containers: For organizing, sterilizing, and storing the instruments.Procedure OverviewPreparation: Ensure all instruments and pins are sterilized.Pin Insertion: Insert the 6.0mm pins with 7mm threaded parts into the bone under fluoroscopic guidance.Clamp Attachment: Secure the adjustable clamps to the pins.Vice Securing: Use the fixed vice to lock the pins in place, ensuring stability.Rod Connection: Connect the clamps using the connection rods to form the external frame.Adjustment: Adjust the clamps and rods to achieve optimal alignment and stabilization of the bone fragments.Post-Operative Care: Regularly monitor and adjust the fixator as needed during the healing process.

The Orthopedic 4.5/5.0 Narrow Locking Compression Plate (LCP, SS316L) is a specialized implant designed for fixation of fractures in long bones, such as the femur, tibia, or humerus, where a narrower plate profile is preferred. This plate combines the benefits of locking screw technology with traditional compression plating and is made from SS316L (Surgical Stainless Steel 316L) for durability and biocompatibility.
Key Features1. Material: SS316LSurgical-Grade Stainless Steel: Offers excellent corrosion resistance, strength, and biocompatibility.Cost-Effective: A reliable and economical choice for orthopedic implants.2. Locking Compression Plate (LCP) DesignDual Screw Compatibility:4.5mm Cortical Screws: Provide compression and traditional plating benefits.5.0mm Locking Screws: Offer angular stability, especially in osteoporotic or comminuted fractures.Dynamic Compression: The plate design enables controlled compression across the fracture site for better healing.Locking Mechanism: Ensures stable fixation and minimizes the risk of screw loosening.3. Narrow Plate ProfileDesigned for applications requiring a slimmer implant to reduce prominence and soft tissue irritation.Suitable for anatomically constrained regions or smaller bones.4. Pre-Contoured DesignAnatomically Shaped: Reduces the need for intraoperative adjustments and ensures proper alignment.Low-Profile: Minimizes interference with surrounding soft tissues.5. IndicationsTreatment of diaphyseal and metaphyseal fractures in long bones, including:Femur.Tibia.Humerus.Suitable for fractures requiring both angular stability and axial compression.Effective in managing osteoporotic bone and comminuted fracture patterns.6. AdvantagesEnhanced Stability: The locking mechanism ensures reliable fixation in challenging bone conditions.Versatility: Accommodates both locking and conventional screws for varied fracture management.Reduced Soft Tissue Complications: Slim, low-profile design minimizes soft tissue irritation and prominence.Durable and Long-Lasting: Made from SS316L for longevity and structural integrity.ApplicationsIdeal for long bone fractures where space constraints or anatomical considerations necessitate a narrow plate.Suitable for load-bearing applications due to its high strength.Available SizesOffered in a variety of lengths to accommodate different fracture patterns and anatomical needs.Would you like more details about specific lengths, surgical techniques, or leading manufacturers?

An orthopedic external fixator with a 7mm screw driver is a medical device used to stabilize and support fractured bones from the outside of the body. External fixators are typically used in cases where internal fixation (such as plates and screws) is not feasible or advisable. Here's a brief overview of its components and use:
ComponentsScrew Driver: A tool designed to drive and secure screws into the bones. In this case, it's 7mm, indicating the diameter of the screws it works with.Pins or Screws: Metal pins or screws that are inserted into the bone through the skin.Rods and Clamps: Metal rods that are connected to the pins and held in place by clamps. These rods provide the structural support needed to stabilize the bone.UsesFracture Management: Stabilizing complex fractures, especially those with significant soft tissue damage.Limb Lengthening: Gradually increasing the length of a limb.Deformity Correction: Correcting bone deformities through gradual adjustments.Infection Management: Stabilizing bones in cases where there's an infection, avoiding the need for internal hardware.ProcedureInsertion of Pins/Screws: The pins or screws are inserted into the bone on either side of the fracture or deformity.Attachment of External Frame: The rods and clamps are attached to the pins/screws, forming an external frame that holds the bones in the correct position.Adjustment: The frame can be adjusted over time to ensure proper alignment and healing of the bones.AdvantagesMinimally invasive compared to internal fixation.Allows for adjustments without additional surgeries.Can be used in cases with soft tissue damage or infection.DisadvantagesCan be uncomfortable and bulky for the patient.Requires meticulous care to prevent infections at the pin sites.May limit mobility and daily activities during treatment.

Orthopedic Carbon Fiber Rods 5/16 Inches Diameter External Fixator

Orthopedic carbon fiber rods with a diameter of 5/16 inches are crucial components of external fixator systems used in orthopedic surgery. These rods play several important roles within the external fixation framework:
Stability and Support: Carbon fiber rods are inserted through clamps or fixation devices attached to the bone, creating a stable framework that holds bone fragments in the desired alignment. This stability is crucial for promoting proper healing without displacement or misalignment.
Load Bearing: Despite their relatively small diameter, carbon fiber rods are capable of bearing significant loads due to the inherent strength of carbon fiber material. This enables the external fixator to withstand forces exerted on the bone during weight-bearing activities, facilitating healing.
Biocompatibility: Carbon fiber is generally well-tolerated by the body, reducing the risk of adverse reactions or complications. This biocompatibility is essential for ensuring the success of the external fixation procedure and supporting the healing process.
Radiolucency: Carbon fiber's radiolucent properties allow X-rays and other imaging modalities to pass through without significant obstruction. This enables healthcare providers to monitor the progress of bone healing without the need for removal or adjustment of the external fixator.
The use of rods with a 5/16-inch diameter provides additional strength compared to smaller diameter rods, making them suitable for applications where higher load-bearing capacity is required. Overall, orthopedic carbon fiber rods in this size range offer stability, load-bearing capacity, biocompatibility, and radiolucency, contributing to the effective treatment of bone fractures and deformities with external fixation techniques.

Small Ke Clamp

Jindal Medi Surge offers the External Fixation System for the treatment of complex distal radius fractures. The External Fixator is designed to hold pins in place for fracture reduction or distraction to align the wrist and to provide ligamentotaxis to the wrist on a temporary basis while the distal radius heals. Versatility allows surgeon to gain initial reduction with the fixator in place and then separately adjust only those planes needing correction. Adjustments may be made independently for distraction, radial/ulnar deviation, flexion/extension and dorsal/palmar translation. Radiolucent body aids in surgeon visualization during fracture reduction and distraction. External Fixator is designed to be lightweight. Small Bone Fixator is an innovative solution for stabilizing fractures resulting from high-energy trauma, including fusions, osteotomies, open and/or comminuted fractures, infected nonunions, and fractures with length discrepancies. The Small Bone Fixator System is simple to use, offers versatile pin placement options and stability, and is cost-effective. All orthopedic external fixator are made from medical grade raw material.

Carbon Fiber 1/3 Ring 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 2/3 Rings 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 Connection Plate 8 Holes 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 Italian Arch 90 Degree 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 1/4 Rings 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 3/8 Ring 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.

Orthopedic Carbon Fiber Short Connecting Plate Pediatric External Fixator

Orthopedic carbon fiber short connecting plates for pediatric external fixators are specialized components used in orthopedic surgery to stabilize fractures or correct bone deformities in pediatric patients. These plates are designed specifically for children, utilizing carbon fiber material for its strength, lightweight properties, and biocompatibility.
Here are some key features and considerations of orthopedic carbon fiber short connecting plates for pediatric external fixators:
Pediatric Size: These plates are designed to be smaller in size to accommodate the anatomy of pediatric patients. They are tailored to fit the bones and structures of children, ensuring proper alignment and stability without causing discomfort.
Material: Carbon fiber is chosen for its excellent strength-to-weight ratio, making it ideal for pediatric applications where minimizing additional weight is crucial. Additionally, carbon fiber is biocompatible, reducing the risk of adverse reactions or complications in pediatric patients.
Versatility: The short connecting plates can be used in various configurations to address different types of fractures or deformities in pediatric patients. They provide flexibility in surgical planning and can adapt to the unique needs of each child's condition.
Fixation: Similar to adult plates, pediatric carbon fiber short connecting plates are attached to the bone or other fixator components using screws or other fixation devices. This ensures secure stabilization of the affected area, allowing for proper bone alignment and healing.
Radiolucency: Carbon fiber plates are radiolucent, allowing X-rays and other imaging modalities to pass through unobstructed. This enables healthcare professionals to monitor the healing progress without interference from the fixation devices.
Durability: Despite being lightweight, carbon fiber plates offer durability and strength, providing reliable support throughout the healing process. They can withstand the demands of pediatric orthopedic surgery while promoting optimal bone healing and patient recovery.
Overall, orthopedic carbon fiber short connecting plates for pediatric external fixators play a crucial role in the treatment of fractures and deformities in children, offering stable fixation and support tailored to the unique needs of pediatric patients.

Carbon Fiber Full Ring 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:-
Carbon Full Rings (Veterinary)50mm Id 74mm Od66mm Id 90mm Od70mm Id 94mm Od84mm Id 114mm Od100mm Id 126mm Od118mm Id 148mm Od

Orthopedic Carbon Fiber Short Connecting Plate (Adult) External

FixatorAn orthopedic carbon fiber short connecting plate for adult external fixators is a component used in orthopedic surgery to stabilize fractures or correct bone deformities in adult patients. These plates are typically made from carbon fiber, a material known for its strength, lightweight nature, and biocompatibility.
Here are some key features and considerations of orthopedic carbon fiber short connecting plates for adult external fixators:
Material: Carbon fiber is chosen for its excellent strength-to-weight ratio, making it suitable for providing stability without adding excessive weight to the patient. Additionally, carbon fiber is biocompatible, minimizing the risk of adverse reactions or complications.
Size and Design: The short connecting plate is designed to bridge and connect two or more components of the external fixator system, such as rods or rings, to create a stable construct. The size and design of the plate may vary depending on the specific surgical application and the anatomy of the patient.
Versatility: Carbon fiber short connecting plates offer versatility in orthopedic surgery, as they can be used in various configurations to address different types of fractures or deformities in different anatomical locations.
Fixation: The short connecting plate is attached to the bone or other fixator components using screws or other fixation devices. This provides secure stabilization of the bone fragments or affected area, allowing for proper alignment and healing.
Radiolucency: Carbon fiber plates are radiolucent, meaning they allow X-rays and other imaging modalities to pass through unobstructed. This property facilitates postoperative imaging to assess the healing progress without interference from the fixation devices.
Durability: Carbon fiber plates are known for their durability and resistance to corrosion, which can contribute to long-term stability and functionality in orthopedic applications.
Overall, orthopedic carbon fiber short connecting plates for adult external fixators are essential components in the treatment of complex fractures or deformities, providing stable fixation and support to promote proper bone healing and patient recovery.