Jindal Medi Surge

Open Small Single Pin Clamp 4.0 x 2.5mm Orthopedic Tubular 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.

Small Single Pin Clamp 4.0 - 2.5mm Orthopedic Tubular 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.

Wire fixation bolts with a slotted design are used in orthopedic external fixators to secure wires and provide stability. Here are the specifications and features for slotted wire fixation bolts, nuts, bolts, and washers:
Wire Fixation Bolt (Slotted):Type: Slotted (open slot for wire insertion)Material: Typically stainless steel or titanium for strength and biocompatibilityDimensions: Designed to match common wire diameters (e.g., 1.5mm, 1.8mm, 2.0mm)Design:Slotted Head: Allows for easy insertion and securing of the wireThreaded Body: Ensures secure attachment to the fixator frame or ringHead Type: Often hex or Allen head for easy tightening with standard surgical toolsNuts:Type: Standard or locking nutsMaterial: Stainless steel or titaniumDesign: Matched to the threaded bolts to provide secure attachmentDimensions: Compatible with the bolt dimensions usedBolts:Material: Stainless steel or titaniumDimensions: Various lengths and diameters to match the specific requirements of the fixation systemHead Type: Hex, Allen, or other designs for easy manipulationWashers:Type: Flat or locking washersMaterial: Stainless steel or titaniumDesign:Flat Washers: Distribute the load and protect the frame or ring surfaceLocking Washers: Prevent loosening of the nuts and bolts during useDimensions: Sized to match the bolts and nuts usedUsage:Wire Insertion: The wire is placed into the slotted head of the bolt.Bolt Placement: The bolt is threaded into the external fixator frame or ring.Nut Attachment: A nut is threaded onto the bolt to secure the wire and bolt in place.Washer Use: Washers are placed as needed to distribute load and prevent loosening.Tightening: The assembly is tightened using appropriate tools to ensure stability.These components work together to provide a secure and stable fixation for orthopedic procedures involving external fixators, ensuring proper alignment and stabilization of bone fragments.

A couple washer is a specialized component used in orthopedic external fixator systems, especially ring-type fixators. These washers are designed to enhance the coupling and stability between different components of the fixator, ensuring a secure and stable construct for orthopedic applications.
Specifications and FeaturesMaterial: Typically manufactured from biocompatible materials such as stainless steel or titanium to ensure durability and compatibility with the human body.Design: Features a dual-sided design that allows it to couple two components together securely, often with a central hole for bolts or rods.Size: Available in various sizes to accommodate different fixator ring diameters and bolt or rod sizes.Usage: Used to connect and stabilize components such as rings, rods, and other elements of the fixator system.Application: Commonly used in Ilizarov and other circular external fixator systems for limb lengthening, deformity correction, and fracture fixation.Applications in Orthopedic ProceduresFracture Fixation: Provides a secure connection between fixator components, ensuring stable fixation of bone fragments.Limb Lengthening: Helps in the assembly and stability of the fixator during bone lengthening procedures.Deformity Correction: Ensures precise and stable connections for the correction of bone deformities.BenefitsEnhanced Stability: The dual-sided design ensures a secure and stable coupling between components.Versatility: Can be used with various fixator configurations and components.Durability: Made from high-strength materials to withstand mechanical stresses.Example SpecificationMaterial: Stainless steel (316L)Dimensions:Inner Diameter: 5 mmOuter Diameter: 12 mmThickness: 2 mmCompatibility: Suitable for use with standard Ilizarov rings and connecting rodsInstallation TipsAlignment: Ensure proper alignment of the couple washer between the components to be coupled.Tightening: Secure the components with the appropriate torque to ensure a stable and secure connection.Inspection: Regularly check the washer for signs of wear or damage and replace as necessary to maintain fixation integrity.

A 10mm nut for orthopedic external fixator ring types is an essential component used to secure various parts of the fixator system, ensuring stability and proper alignment. Here are the key features and specifications:
Key Features and SpecificationsMaterial:
Medical-grade stainless steel or titanium for high strength, durability, and biocompatibility.Size:
Inner Diameter: 10mm (thread size).Outer Dimensions: Vary depending on the design, but generally designed to fit within the constraints of the fixator system.Thread Type:
Metric threads (commonly M10 for a 10mm nut) with a specific pitch to match the corresponding bolts in the fixator system.Precision-engineered threads to ensure a secure fit and prevent loosening over time.Design:
Hexagonal Shape: For easy tightening and loosening using standard orthopedic instruments like wrenches.Locking Mechanism: Some nuts may include a locking feature, such as a nylon insert (nyloc nut) or a locking flange, to prevent accidental loosening due to vibrations or movements.Compatibility:
Designed to work with specific ring-type fixator systems, ensuring a snug and secure fit with the corresponding bolts and other components.ApplicationsFracture Fixation: Used to secure rods, wires, and other components in complex fracture treatments.Bone Lengthening: Helps in maintaining the structural integrity of the fixator during distraction osteogenesis.Deformity Correction: Ensures stable fixation during corrective surgeries.ConsiderationsSterilization: Must withstand multiple sterilization cycles without corrosion or degradation.Durability: High fatigue resistance to ensure longevity and reliability during the entire treatment period.Ease of Use: Should be designed for easy manipulation by surgeons, even in complex and delicate procedures.

Charnley's compression clamp is an essential instrument used in orthopedic surgery, particularly in procedures involving the knee. This instrument is designed to provide stable and precise compression during bone fixation, ensuring proper alignment and stabilization of the bones.
Overview of Charnley's Compression ClampDesign and Construction:
Material: Typically made from high-quality stainless steel to ensure durability, corrosion resistance, and ease of sterilization.Structure: The clamp features two opposing arms with serrated jaws that can securely grip the bone or implant. The arms are connected via a central screw mechanism that allows for fine adjustment of the compression force.Functionality:
Compression: The primary function of the clamp is to apply controlled compression to bone fragments or implants, facilitating proper alignment and stabilization during healing.Adjustability: The central screw mechanism allows the surgeon to adjust the amount of compression precisely, ensuring optimal fixation without over-compressing the bone.Applications in Knee Surgery:
Fracture Fixation: Used to stabilize fractures in the knee region, such as distal femur fractures or tibial plateau fractures.Osteotomy: Assists in maintaining bone alignment during corrective osteotomy procedures.Arthrodesis: Useful in knee arthrodesis (fusion) procedures where bones need to be held in close apposition for fusion to occur.Steps for Using Charnley's Compression Clamp in Knee SurgeryPreparation: Sterilize the instrument thoroughly before use. Ensure that all components are functioning properly.Positioning: Position the clamp so that the jaws are aligned with the bone fragments or implant that need to be compressed.Application: Gradually tighten the central screw mechanism to bring the jaws together, applying the desired amount of compression to the bone or implant.Stabilization: Once the desired compression is achieved, stabilize the bone or implant with additional fixation devices such as screws or plates.Release: Carefully release the clamp after fixation is secured, ensuring that the bone or implant remains in the correct position.Advantages of Using Charnley's Compression ClampPrecision: Allows for precise control of compression, reducing the risk of over-compression or insufficient fixation.Stability: Provides stable and reliable fixation during surgery, improving surgical outcomes.Versatility: Can be used in various types of knee surgeries, including fracture fixation, osteotomies, and arthrodesis.ConclusionCharnley's compression clamp is a valuable tool in the arsenal of orthopedic surgeons, particularly for procedures involving the knee. Its ability to provide controlled and precise compression makes it indispensable for achieving successful surgical outcomes in complex knee surgeries. If you require more detailed information, specific models, or purchasing options for this instrument, please let me know!

Orthopedic Carbon Fiber Rods 1/8 Inches Diameter External Fixator

Orthopedic carbon fiber rods, typically used in external fixators, are slender rods made from carbon fiber composite materials. These rods are designed to provide stability and support to fractured or injured bones during the healing process. The 1/8 inch diameter rods are relatively thin, making them suitable for applications where a smaller profile is desired or where space is limited.
Carbon fiber rods offer several advantages in orthopedic applications:
Strength and Durability: Carbon fiber is renowned for its exceptional strength-to-weight ratio, making it an ideal material for supporting fractured bones without adding significant weight or bulk.
Biocompatibility: Carbon fiber is generally well-tolerated by the human body, reducing the risk of adverse reactions or complications.
Radiolucency: Carbon fiber is radiolucent, meaning it does not obstruct X-rays or other imaging modalities. This property allows healthcare professionals to monitor the healing process without interference from the fixation device.
Corrosion Resistance: Unlike metal fixators, carbon fiber rods are not susceptible to corrosion, which can extend their lifespan and reduce the risk of complications.
Customizability: Carbon fiber rods can be manufactured in various diameters and lengths to accommodate different anatomical structures and clinical requirements.
Overall, orthopedic carbon fiber rods offer a lightweight, durable, and biocompatible solution for external fixation in orthopedic surgery, promoting optimal healing and patient comfort.

Connecting 5.0mm rods are a standard component in stainless steel (SS) orthopedic external fixator ring systems, providing enhanced structural integrity and support for various orthopedic procedures. Here are the typical specifications and details for these rods:
MaterialStainless Steel (SS): Known for its strength, corrosion resistance, and biocompatibility.DimensionsDiameter: 5.0mmLength: Available in various lengths to accommodate different anatomical requirements and fixation strategies.FeaturesThreaded Ends: Often feature threads at the ends to secure them to the rings or other components of the fixator.Smooth Surface: Ensures minimal tissue irritation and facilitates ease of assembly.UsageRing Fixators: Commonly used in ring fixator systems, such as the Ilizarov fixator, for complex limb deformity corrections, lengthening procedures, and fracture management.Versatile Application: Can be used in various configurations depending on the specific clinical requirements.CompatibilityRings and Clamps: Designed to be compatible with a variety of rings and clamps within the external fixator system.Additional ConsiderationsSterilization: Must be sterilized before use in surgical procedures.Regulatory Compliance: Should meet relevant medical device regulations and standards for safety and efficacy.

Connecting 4.75mm rods are often used in stainless steel (SS) orthopedic external fixator ring systems. These rods are a crucial component in the assembly of external fixators, providing structural support and stability to the overall construct. Here are some typical specifications and details for these rods:
MaterialStainless Steel (SS): Provides strength, corrosion resistance, and biocompatibility.DimensionsDiameter: 4.75mmLength: Available in various lengths to accommodate different anatomical requirements and fixation strategies.FeaturesThreaded Ends: Often feature threads at the ends to secure them to the rings or other components of the fixator.Smooth Surface: Ensures minimal tissue irritation and facilitates ease of assembly.UsageRing Fixators: Commonly used in ring fixator systems, such as the Ilizarov fixator, which are employed for complex limb deformity corrections, lengthening procedures, and fracture management.Versatile Application: Can be used in various configurations depending on the specific clinical requirements.CompatibilityRings and Clamps: Designed to be compatible with a variety of rings and clamps within the external fixator system.Additional ConsiderationsSterilization: Must be sterilized before use in surgical procedures.Regulatory Compliance: Should meet relevant medical device regulations and standards for safety and efficacy.

A small open clamp (2.5mm x 5.0mm) for a small external fixator in orthopedic applications is designed to stabilize small bone fractures or deformities, particularly in areas like the hands, feet, or other small anatomical structures. Here’s an overview of its components and uses:
ComponentsSmall Open Clamp: An open design for easier attachment and adjustment. The dimensions 2.5mm x 5.0mm indicate the size and compatibility with specific pins or rods.Pins: Thin metal pins that are inserted into the bones through the skin.Connecting Rods: Small rods that connect the pins via the clamps to provide structural support and stability.Nut: Used to tighten and secure the clamp components.UsesFracture Management in Small Bones: Stabilizing fractures in small bones, such as those in the hands, fingers, feet, or toes.Pediatric Applications: Used in children where the bones are smaller and require delicate handling.Complex Fractures: Managing complex or comminuted fractures where internal fixation is not suitable.Post-Surgical Stabilization: Stabilizing bones after surgical procedures to allow for proper healing.ProcedureInsertion of Pins: Pins are carefully inserted into the bones on either side of the fracture or deformity.Attachment of Open Clamps: The small open 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: As with any external fixator, there can be discomfort and inconvenience for the patient.Risk of Infection: Requires careful monitoring and hygiene 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.

A Line-X-Fix clamp with a rod (8mm x 200mm) for an orthopedic external fixator is a specific component used in stabilizing and supporting fractures or deformities in orthopedic surgeries. Here's a detailed overview:
ComponentsLine-X-Fix Clamp: The clamp itself is a component that attaches to bone pins or wires and provides a stable anchor point for the external fixation system.
Rod (8mm x 200mm): This refers to the connecting rod that spans between multiple clamps to form a rigid frame. The dimensions 8mm x 200mm indicate the diameter and length of the rod.
UsesFracture Management: It is used to stabilize fractures, especially complex or comminuted fractures, where internal fixation alone may not suffice.
Deformity Correction: Helps in correcting bone deformities by providing controlled alignment and stabilization.
Post-Surgical Support: Provides stability after orthopedic surgeries to aid in bone fusion and healing.
AdvantagesPrecision: Allows for precise alignment and adjustments to ensure proper bone healing.
Stability: Provides strong and reliable support to fractured or deformed bones.
Versatility: Can be used in various orthopedic procedures across different bones and joints.
DisadvantagesPatient Discomfort: External fixators can be uncomfortable and restrict mobility.
Risk of Infection: Requires careful monitoring and hygiene to prevent infections at pin sites.
Limited Load Bearing: Depending on the design and application, may not support heavy weight-bearing.
Care and MaintenanceRegular Monitoring: Close monitoring of the patient's condition and fixator stability.
Hygiene: Keeping pin sites clean and sterile to prevent infections.
Follow-Up: Regular follow-up visits with healthcare providers for adjustments and assessments.

A small clamp for metacarpals (4.0mm x 2.5mm) with a nut hex size of 7mm orthopedic external fixator is specifically designed to stabilize and support fractures or deformities in the metacarpal bones (the long bones in the hand). Here’s an overview of its components and uses:
ComponentsSmall Clamp: Designed to secure the fixation elements, with dimensions 4.0mm x 2.5mm indicating the size and compatibility with specific pins or rods.Pins: Thin metal pins inserted into the metacarpal bones through the skin.Connecting Rods: Small rods that connect the pins via the clamps to provide structural support.Nut (Hex Size 7mm): The nut used to tighten and secure the clamp components has a hex size of 7mm, indicating the tool size needed to adjust it.UsesFracture Management in Metacarpals: Stabilizing fractures in the metacarpal bones, ensuring proper alignment and healing.Post-Surgical Stabilization: Providing support after surgical procedures on the metacarpals.Complex Fractures: Managing complex or comminuted fractures where internal fixation is not suitable.Deformity Correction: Gradually correcting deformities in the metacarpal bones.ProcedureInsertion of Pins: Pins are inserted into the metacarpal bones on either side of the fracture or deformity.Attachment of Clamps: The small clamps are attached to the pins, and the connecting rods are secured to the clamps.Adjustment: Using a 7mm hex wrench, the nuts are adjusted to ensure proper alignment and stabilization.AdvantagesPrecision: Allows for fine adjustments, ensuring proper alignment of the metacarpal bones.Minimally Invasive: The small size of the clamps and pins makes the procedure less invasive.Versatility: Suitable for various fractures and deformities in the metacarpals.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 hand to ensure proper healing.

A small open clamp for metacarpals (4.0mm x 2.5mm) with a nut hex size of 7mm orthopedic external fixator is used to manage and stabilize fractures or deformities in the metacarpal bones. This type of fixator is specifically designed for use in the hand, providing precise stabilization while allowing for some degree of adjustability and patient comfort.
ComponentsSmall Open Clamp: An open design that allows for easier attachment and adjustment. The dimensions (4.0mm x 2.5mm) refer to the size and compatibility with specific pins or rods.Pins: Thin metal pins that are inserted into the metacarpal bones through the skin.Connecting Rods: Small rods that connect the pins via the clamps to provide structural support.Nut (Hex Size 7mm): The nut used to tighten and secure the clamp components has a hex size of 7mm, indicating the tool size needed to adjust it.UsesFracture Management in Metacarpals: Stabilizing fractures in the metacarpal bones, ensuring proper alignment and healing.Post-Surgical Stabilization: Providing support after surgical procedures on the metacarpals.Complex Fractures: Managing complex or comminuted fractures where internal fixation is not suitable.Deformity Correction: Gradually correcting deformities in the metacarpal bones.ProcedureInsertion of Pins: Pins are inserted into the metacarpal bones on either side of the fracture or deformity.Attachment of Open Clamps: The small open clamps are attached to the pins, and the connecting rods are secured to the clamps. The open design allows for easier adjustments and visibility.Adjustment: Using a 7mm hex wrench, the nuts are adjusted to ensure proper alignment and stabilization.AdvantagesPrecision: Allows for fine adjustments, ensuring proper alignment of the metacarpal bones.Ease of Use: The open design makes it easier to attach and adjust the clamps.Minimally Invasive: The small size of the clamps and pins makes the procedure less invasive.Versatility: Suitable for various fractures and deformities in the metacarpals.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 hand to ensure proper healing.

Components of a Large Titanium Combination Clamp (11mm x 5mm):Clamp Body: The main structure that holds the rods, made of titanium.Adjustment Screws: Titanium screws used to tighten and adjust the position of the rods within the clamp.Tube Holders: Openings designed to securely hold rods with diameters of 11mm and 5mm.Self-Holding Mechanism: A feature that allows the clamp to stay in place without continuous manual support during adjustments.Steps for Using a Large Titanium Combination Clamp in an External Fixator:Preoperative Planning:
Assess the fracture or deformity using imaging techniques.Plan the placement of the rings and rods to ensure optimal stability and alignment.Ring and Rod Placement:
Sterilize and drape the patient properly.Position the rings around the limb at appropriate locations, ensuring strategic placement above and below the fracture or deformity.Wire or Pin Insertion:
Make small incisions at planned insertion sites.Insert wires or pins through the bone and secure them to the rings using tensioners for wires or other securing mechanisms.Attachment of Large Titanium Combination Clamps:
Place the large titanium combination clamps on the rods at the desired locations.Align the clamps properly to allow for optimal adjustment and stabilization.Inserting and Securing Tubes:
Guide the 11mm and 5mm rods through the holders in the clamps.Partially tighten the adjustment screws to hold the rods in place while allowing for further adjustments.Adjusting the Clamp Position:
Fine-tune the alignment and position of the rods using the adjustment screws.Ensure the rods are correctly positioned to provide the desired stabilization and alignment of the fracture or deformity.Final Tightening:
Once the desired position and alignment are achieved, fully tighten the adjustment screws to secure the rods in place.Check the stability of the entire construct to ensure that all components are tightly fastened.Postoperative Care:
Schedule regular follow-ups to monitor healing and make necessary adjustments.Clean pin sites regularly to prevent infection.Adjust the fixator as needed for progressive correction in cases of deformity.Safety Considerations:Avoid placing wires or pins near joints or major blood vessels.Monitor pin sites regularly for signs of infection.Ensure all components, including the large titanium combination clamps, are securely fastened to prevent loosening.Example Setup Using Large Titanium Combination Clamps:Select Appropriate Clamps:
Choose large titanium combination clamps compatible with the 11mm and 5mm diameter rods used in your external fixator system.Attach Clamps to Tubes:
Position the large titanium combination clamps on the rods and partially tighten the screws to allow for adjustments.Insert and Secure Tubes:
Guide the 11mm and 5mm rods through the holders in the clamps.Adjust the position to ensure proper alignment and stabilization.Final Adjustments and Tightening:
Fine-tune the alignment using the adjustment screws on the clamps.Once satisfied with the positioning, fully tighten the screws to secure the rods in place.Illustrative Steps:Prepare the Limb:
Ensure the limb is properly positioned and prepared for surgery.Position the Ring and Rods:
Place the rings and rods around the limb at the appropriate locations.Attach the Large Titanium Combination Clamp:
Secure the large titanium combination clamp to the rods.Insert the Tubes:
Guide the 11mm and 5mm rods through the clamp’s holders.Adjust and Tighten:
Use the adjustment screws to position the rods correctly and then tighten to secure.

A small open clamp for the forearm (4.0mm x 4.0mm) with a nut hex size of 7mm orthopedic external fixator is designed to stabilize fractures or deformities in the forearm bones, such as the radius and ulna. This type of fixator provides precise stabilization while allowing for adjustments and easy application due to its open design.
ComponentsSmall Open Clamp: An open clamp design allows for easier attachment and adjustment. The dimensions 4.0mm x 4.0mm indicate the size and compatibility with specific pins or rods.Pins: Metal pins that are inserted into the forearm 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 (Hex Size 7mm): The nut used to tighten and secure the clamp components has a hex size of 7mm, indicating the tool size needed for adjustments.UsesFracture Management in Forearm Bones: Stabilizing fractures in the radius and ulna, ensuring proper alignment and healing.Post-Surgical Stabilization: Providing support after surgical procedures on the forearm bones.Complex Fractures: Managing complex or comminuted fractures where internal fixation is not suitable.Deformity Correction: Gradually correcting deformities in the forearm bones.ProcedureInsertion of Pins: Pins are carefully inserted into the radius and/or ulna bones on either side of the fracture or deformity.Attachment of Open Clamps: The small open clamps are attached to the pins, and the connecting rods are secured to the clamps. The open design allows for easier adjustments and visibility.Adjustment: Using a 7mm hex wrench, 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 the forearm bones.Stability: Provides strong and stable support to the fractured bones.Minimally Invasive: The small size of the clamps and pins minimizes tissue disruption.Versatility: Suitable for various fractures and deformities in the forearm.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 heavy load-bearing activities.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 arm to ensure proper healing.

Connecting 6.0mm rods are an important component in stainless steel (SS) orthopedic external fixator ring systems, providing robust structural support for various orthopedic applications. Here are the typical specifications and details for these rods:
MaterialStainless Steel (SS): Known for its high strength, corrosion resistance, and biocompatibility.DimensionsDiameter: 6.0mmLength: Available in various lengths to accommodate different anatomical requirements and fixation strategies.FeaturesThreaded Ends: Often feature threads at the ends to secure them to the rings or other components of the fixator.Smooth Surface: Ensures minimal tissue irritation and facilitates ease of assembly.UsageRing Fixators: Commonly used in ring fixator systems, such as the Ilizarov fixator, for complex limb deformity corrections, lengthening procedures, and fracture management.Versatile Application: Can be used in various configurations depending on the specific clinical requirements.CompatibilityRings and Clamps: Designed to be compatible with a variety of rings and clamps within the external fixator system.Additional ConsiderationsSterilization: Must be sterilized before use in surgical procedures.Regulatory Compliance: Should meet relevant medical device regulations and standards for safety and efficacy.AdvantagesIncreased Strength: The 6.0mm diameter provides enhanced strength and stability, suitable for supporting larger or more complex constructs.Flexibility in Application: Can be used in both upper and lower limb procedures, depending on the specific needs of the patient.

The Single Pin Adjustable Clamp with Open Vice (6.0mm Pin) is a specialized component used in external fixator systems for orthopedic surgery. This device is designed to stabilize bone fractures using an external framework, allowing for precise adjustments and secure fixation. Here's a detailed overview of this instrument:
Components and FeaturesAdjustable Clamp:
Single Pin Clamp: Designed to securely hold a 6.0mm pin or wire, providing stability and allowing for precise positioning of the bone fragments.Adjustability: The clamp allows for angular and positional adjustments of the pin, offering flexibility to the surgeon in aligning the bone fragments optimally.Open Vice:
Open Design: The open vice design facilitates easy access for adjustments without the need to disassemble the entire fixation device.Secure Locking Mechanism: Ensures the pin remains securely in place once positioned, maintaining stability throughout the healing process.External Fixator System:
Connection Rods: These rods connect multiple clamps and vices, forming a rigid external framework that supports 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 provide stabilization.ApplicationsComplex Fractures: Used in cases where fractures are too complex or severe for internal fixation.Open Fractures: Suitable for open fractures where internal fixation might increase the risk of infection.Post-Traumatic Bone Reconstruction: Assists in the reconstruction and realignment of bone fragments after severe trauma.AdvantagesAdjustability: Provides precise positioning and alignment of bone fragments, ensuring optimal healing conditions.Accessibility: The open vice design allows for easy adjustments without extensive disassembly, improving efficiency during post-operative care.Stability: Offers a stable external framework that supports the bone during the entire healing process.ConsiderationsTraining: Proper training for surgeons and surgical staff is essential for the effective use of external fixators and the single pin adjustable clamp with open vice.Sterilization: All components must be 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.SummaryThe Single Pin Adjustable Clamp with Open Vice (6.0mm Pin) is a vital component in external fixator systems used for orthopedic surgery. Its design allows for precise adjustments and secure fixation of bone fragments, making it ideal for managing complex fractures and providing stable external support. Proper training, sterilization, and patient monitoring are crucial for achieving successful surgical outcomes and promoting effective bone healing.
Typical Instrument Set ContentsAdjustable Clamps: Multiple clamps to accommodate the required number of pins.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 into the bone under fluoroscopic guidance.Clamp Attachment: Secure the adjustable clamps to the pins.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.

Components and FeaturesAdjustable Clamp:
Single Pin Clamp: Designed to hold an 11.0mm diameter pin securely, ensuring stable fixation. The clamp allows for fine adjustments to achieve the desired alignment.Threaded Part: The 7mm threaded part of the pin enables it to be securely fixed into the bone, providing additional stability.Fixed Vice:
Fixed Design: Unlike open vices, the fixed vice offers a more rigid and stable connection, ensuring the pin remains in a fixed position once secured.Secure Locking Mechanism: Ensures the pin is locked 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: Typically made from stainless steel or titanium, these pins 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: Despite the fixed vice, the adjustable clamp allows for precise alignment and positioning of the pin.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) is a critical 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 crucial for achieving successful surgical outcomes and promoting effective bone healing.
Typical Instrument Set ContentsAdjustable Clamps: Multiple clamps designed to hold 11.0mm 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.11.0mm Pins/Wires: Stainless steel or titanium pins with a 7mm threaded part for secure 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 11.0mm 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.

Graduated Telescopic External Fixator The Ilizarov apparatus is a type of external fixation used in orthopedic surgery to lengthen or reshape limb bones; as a limb-sparing technique to treat complex and/or open bone fractures; and in cases of infected nonunions of bones that are not amenable with other techniques. It is named after the orthopedic surgeon Gavriil Abramovich Ilizarov from the Soviet Union, who pioneered the technique. All orthopedic ilizarov external fixator system is made from medical grade stainless steel, aluminium & carbon fiber raw material.

Components and FeaturesAdjustable Clamp:
Single Pin Clamp: Designed to securely hold a 6.5mm pin, providing stability and allowing for precise positioning of bone fragments.Threaded Part: The 7mm threaded part ensures the clamp can be securely fixed to the bone, offering 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: Ensures the pin is locked 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: Typically made from stainless steel or titanium, these 6.5mm pins 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: Despite the fixed vice, the adjustable clamp allows for precise alignment and positioning of the pin.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 6.5mm 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 6.5mm 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.6.5mm 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 6.5mm 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 Open Single Pin Clamp for external fixator systems is an important component used in orthopedic surgeries to stabilize bone fragments, particularly in cases of complex fractures, deformities, and bone lengthening procedures. This type of clamp is designed to securely hold a single pin, providing stability while allowing for easy adjustments. Here’s an in-depth overview of this surgical clamp:
Components and FeaturesOpen Single Pin Clamp:
Design: Holds a single pin securely, providing flexibility and adjustability.Material: Typically made from high-strength stainless steel or titanium, ensuring durability and biocompatibility.Open Configuration: The open design allows for easy insertion and adjustment of the pin, making it user-friendly for surgeons.External Fixator System:
Rods/Struts: Connect various clamps and allow for adjustments to the position and tension, facilitating gradual correction of deformities or lengthening of the bone.Pins/Wires: Inserted percutaneously into the bone and secured by the clamps.ApplicationsComplex Fractures: Ideal for stabilizing fractures that are too severe for internal fixation.Limb Lengthening: Used in gradual distraction osteogenesis to achieve desired bone length.Deformity Correction: Correcting angular or rotational deformities in bones.Non-Union Fractures: Treating fractures that have not healed properly with other methods.Bone Transport: Moving bone segments to fill in defects caused by injury, infection, or congenital issues.AdvantagesEase of Use: The open design allows for quick and easy insertion and adjustment of pins, improving surgical efficiency.Flexibility: Allows for precise positioning and alignment of the pin, which is crucial for accurate bone stabilization.Versatility: Can be used in various locations on the external fixator system, allowing for flexible configuration based on specific surgical needs.ConsiderationsTraining: Proper training for surgeons and surgical staff is essential for the effective use of this external fixator component.Sterilization: All components must be sterilized before use to prevent infections.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 Open Single Pin Clamp for external fixator systems is a crucial tool in orthopedic surgery for stabilizing complex fractures, performing bone lengthening, and correcting deformities. Its design provides enhanced flexibility and ease of use, making it a versatile and essential component in external fixation procedures.
Typical Instrument Set ContentsOpen Single Pin Clamps: Multiple clamps designed to hold single pins securely.Connecting Rods/Struts: Various lengths to connect the clamps and facilitate adjustments.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 Trays and Containers: For organizing, sterilizing, and storing the instruments.Procedure OverviewPreparation: Ensure all instruments and pins are sterilized.Pin Insertion: Insert the pins into the bone under fluoroscopic guidance.Clamp Attachment: Secure the open single pin clamps to the pins, ensuring stability.Rod/Strut Connection: Connect the clamps using the rods or struts 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, ensuring proper bone healing and alignment.This detailed approach ensures that the Open Single Pin Clamp provides the necessary stability, precision, and flexibility required for effective external fixation in orthopedic procedures.

Veterinary Medium Double Clamp Metacarpals Orthopedic External Fixator

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.

The Locking Distal Femur Plate (Right/Left Leg, SS316L) is a specialized orthopedic implant designed for the fixation of distal femur fractures. Its anatomically contoured design and locking screw system ensure robust stabilization, making it ideal for comminuted, osteoporotic, or complex fractures. Manufactured from SS316L (Surgical Stainless Steel 316L), it offers exceptional strength, durability, and biocompatibility.
Key Features1. Material: SS316LSurgical Stainless Steel 316L: Resistant to corrosion and wear, ensuring long-term durability and biocompatibility.Reliable and Affordable: An economical yet high-performing implant material.2. Locking Compression Plate (LCP) SystemDual Screw Compatibility:4.5mm Cortical Screws: Allow for dynamic compression and conventional fixation.5.0mm Locking Screws: Provide angular stability, particularly beneficial in osteoporotic or comminuted bone.Locking Mechanism: Ensures enhanced stability by reducing dependence on bone-plate interface and minimizing screw loosening.3. Anatomical DesignRight/Left-Specific Contouring: Pre-contoured to match the natural anatomy of the distal femur, ensuring precise fit and alignment.Low-Profile Design: Minimizes irritation to surrounding soft tissue and reduces postoperative complications.4. ApplicationsUsed for fracture fixation in:Distal femur, including periarticular fractures.Comminuted, intra-articular, and extra-articular fractures.Suitable for:Osteoporotic fractures.Fracture nonunion or malunion.Corrective osteotomies.5. AdvantagesEnhanced Stability: The locking screw system provides robust fixation, even in poor-quality bone.Optimized Fracture Healing: Combines angular stability with compression, promoting proper bone alignment and healing.Custom Fit: Right/Left-specific plates ensure minimal intraoperative bending and adjustment.Durability: SS316L material offers resistance to mechanical stresses and corrosion.Soft Tissue Friendly: Smooth, low-profile edges reduce the risk of soft tissue irritation.6. ThicknessThe 4.5/5.0mm thickness provides optimal strength for load-bearing regions while maintaining a slim profile.Available SizesPlates are available in various lengths and configurations to accommodate different anatomical needs and fracture patterns.Would you like further information on surgical techniques, screw compatibility, or preferred manufacturers?

The Orthopedic Proximal Tibia Plate DCP 3.5mm Left Titanium Surgical Implant is designed for the stabilization of fractures in the left proximal tibia. Here’s an overview of its key characteristics and specifications:
Specifications:Material: Titanium (Grade 5 or Grade 23)
Properties: High strength, lightweight, excellent corrosion resistance, and superior biocompatibility, making it ideal for long-term implantation.Plate Thickness: 3.5mm
Design: Provides a low-profile design, balancing strength with minimal soft tissue irritation.Design Features:Dynamic Compression Plate (DCP) Design:
Compression Mechanism: Features oblong holes that allow for dynamic compression. This design pulls fracture fragments together as screws are tightened, enhancing stability and supporting better bone healing.Contoured Shape: Specifically contoured to match the anatomical curvature of the left proximal tibia, ensuring a precise fit and alignment.Left-Sided Plate:
Orientation: Designed specifically for the left proximal tibia, ensuring proper anatomical fit and reducing the need for intraoperative adjustments.Hole Configuration:Screw Compatibility:Screw Size: Accommodates 3.5mm screws, including cortical screws and potentially locking screws based on the requirements of the fracture.Hole Types: Includes compression holes to facilitate dynamic compression and may also feature locking holes for enhanced stability.Indications:Fracture Fixation:
Suitable for stabilizing fractures in the proximal tibia, including both diaphyseal (shaft) and metaphyseal (end) fractures.Complex Fractures:
Effective for managing complex or comminuted fractures where additional support and stability are needed.Benefits:Enhanced Stability:
The dynamic compression provided by the DCP design helps in stabilizing fractures by reducing the gap between fracture fragments, facilitating better bone healing.Reduced Soft Tissue Irritation:
The low-profile design minimizes interference with surrounding soft tissues, improving postoperative comfort for the patient.Durability and Performance:
Titanium’s durability and resistance to corrosion ensure that the implant remains effective and stable throughout the healing process.Applications:Open Reduction and Internal Fixation (ORIF):
Used in ORIF procedures to provide stable fixation of proximal tibia fractures, ensuring proper alignment and stabilization.Fracture Management:
Ideal for treating both acute and complex fractures of the proximal tibia.Advantages of Titanium:Biocompatibility: Titanium is highly biocompatible, reducing the risk of adverse reactions or rejection by the body.Non-Magnetic: Suitable for patients who may need MRI scans in the future.Lightweight: The lightweight nature of titanium reduces the overall load on the limb, enhancing patient comfort and mobility.The Orthopedic Proximal Tibia Plate DCP 3.5mm Left Titanium Surgical Implant offers a reliable and effective solution for fracture stabilization in the left proximal tibia, leveraging the advantages of titanium for optimal performance and patient outcomes.

STAINLESS STEEL GUIDE WIRE

Jindal Medi Surge ("JMS" Trade Mark) is a CE, ISO13485, ISO9001 and Indian FDA Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments in Business and Industrial Healthcare range, used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. 

Hinge 90° Orthopedic External Fixator Instrument The Ilizarov apparatus is a type of external fixation used in orthopedic surgery to lengthen or reshape limb bones; as a limb-sparing technique to treat complex and/or open bone fractures; and in cases of infected nonunions of bones that are not amenable with other techniques. It is named after the orthopedic surgeon Gavriil Abramovich Ilizarov from the Soviet Union, who pioneered the technique. All orthopedic ilizarov external fixator system is made from medical grade stainless steel, aluminium & carbon fiber raw material.

SMALL CLMAP 4.0MM X 2.5MM EXTERNAL FIXATOR

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.

Stainless Steel Small Ke Clamp

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.

Fessa Tube 6mm Dia. X 30mm Length

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 Locking Proximal Radial Head Neck Plate 2.7mm Left/Right SS316L is a specialized implant designed for the treatment of fractures and deformities in the radial head and neck region. Below are its detailed features and applications:
Material: SS316LStainless Steel 316L (SS316L):A medical-grade, low-carbon stainless steel known for its biocompatibility.Offers excellent resistance to corrosion and mechanical durability.Commonly used in orthopedic implants for long-term performance and safety.Design FeaturesAnatomical Contouring:
Precisely contoured to fit the proximal radial head and neck.Reduces the need for intraoperative plate bending, ensuring an accurate fit and faster surgery.Left/Right-Specific Plates:
Separate designs for left and right anatomy provide a tailored fit.Ensures proper alignment and support for the specific side of the body.2.7mm Screw Compatibility:
Compatible with 2.7mm locking and cortical screws.Accommodates locking screws for stable fixation and cortical screws for added compression when needed.Low-Profile Construction:
Designed to minimize soft tissue irritation and interference with joint movement.Especially important in areas with delicate structures like the elbow joint.Locking Plate TechnologyLocking Mechanism:
Locking holes allow screws to securely engage with the plate, preventing loosening.Ideal for providing stability in osteoporotic or weakened bone.Hybrid Compatibility:
Allows the use of locking screws for rigid fixation and cortical screws for compression.Enhances surgical flexibility depending on the fracture pattern and bone quality.ApplicationsIndicated for:
Fractures of the radial head and neck.Comminuted or displaced fractures of the radial neck.Nonunion or malunion cases requiring corrective osteotomy.Trauma requiring stabilization of intra-articular and extra-articular fractures.Reconstruction:
Useful in reconstructive surgery following excision or deformity of the radial head and neck.AdvantagesStability and Rigidity:
Locking screws provide a stable construct, reducing the risk of implant failure.Promotes effective bone healing with minimal micro-motion.Durable Material:
SS316L ensures longevity and resistance to biomechanical stress and corrosion.Precise Fit:
Anatomically contoured design improves alignment and reduces surgical time.Low-profile design minimizes complications like irritation or interference with surrounding tissues.Versatility:
Hybrid screw options allow for customized fixation strategies tailored to the specific fracture.If you would like further details about its dimensions, surgical techniques, or sterilization procedures, feel free to ask!

A cannulated countersink is an orthopedic surgical instrument designed to prepare bone for the insertion of screws or other implants. The "Q. C. Dia. 6.0 mm" specification indicates a quick connect (Q.C.) mechanism with a 6.0 mm diameter.
Cannulated Countersink SpecificationsDiameter: 6.0 mmDesign: Cannulated, meaning it has a hollow center.Mechanism: Quick connect (Q.C.), allowing for rapid attachment and detachment from surgical drills or handles.Uses in Orthopedic SurgeryScrew Preparation: A countersink is used to create a recess around a hole to ensure that the head of a screw sits flush with or below the surface of the bone.Bone Preparation: Helps in preparing the bone to accommodate various implants, providing a smoother interface between the implant and bone.Reduction of Stress Risers: By creating a conical recess, it reduces stress risers around the screw hole, minimizing the risk of bone fracture around the implant site.Key FeaturesPrecision: Allows for precise preparation of the bone to ensure optimal fit and alignment of screws and implants.Cannulated Design: The hollow center allows it to be used over a guide wire, ensuring accurate placement.Quick Connect Mechanism: Facilitates easy and quick changes of instruments during surgery, enhancing surgical efficiency.Material: Typically made from high-quality stainless steel or other biocompatible materials, ensuring durability and resistance to corrosion.Handling and SterilizationHandling: Requires careful handling to maintain the integrity and sharpness of the cutting edges.Sterilization: Must be sterilized before use, commonly through autoclaving, to ensure it is free of contaminants.Example ProcedureIn a typical procedure where a cannulated countersink is used:
Drilling: A hole is first drilled into the bone at the desired location for screw insertion.Guide Wire Placement: A guide wire is inserted through the drilled hole.Countersinking: The cannulated countersink is placed over the guide wire and used to create a conical recess around the hole.Screw Insertion: A screw is inserted into the prepared hole, with its head sitting flush with the bone surface.In summary, a cannulated countersink with a 6.0 mm diameter and quick connect mechanism is an essential instrument in orthopedic surgeries, providing precision and efficiency in preparing bone for screw and implant insertion.

Connecting Rods (Veterinary Small Clamps)

Jindal Medi Surge ("JMS" Trade Mark) is a CE, ISO13485, ISO9001 and Indian FDA Certified leading Manufacturer and Exporter of Surgical and Orthopedic / Orthopaedic Instruments in Business and Industrial Healthcare range, used for Human (Adult and Pediatric) and Veterinary Surgical Procedures. 

Titanium Curved Reconstruction Plate 3.5mm Orthopedic Implant Jindal Medi Surge Small Fragment Plates are Designed to treat the most common small bone fractures, as well as, to serve as the fastener (screw) and instrument hub for the anatomic specific implant sets. It Reflects the varied functional requirements of our customers by providing one case to contain the entire system or separate implant and instrument cases. Three dimensional graphics for rapid implant and instrument identification enhancing both surgical and processing efficiencies. Innovative “flip” tray contains screw instruments that can be placed on the mayo stand permitting rapid transition between the various screw types. All orthopedic small fragment bone plate are made from medical grade stainless steel & titanium raw-material (sterile & non sterile)

STAINLESS STEEL LOCKING STRAIGHT SECURE PLATE

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.

VATERINARY MINI SINGLE KE CLAMP 


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.

BROAD DCP PLATE ORTHOPEDIC IMPLANT The Large Fragment Plating System from Jindal Medi Surge offers the advantages of plating with the flexibility and benefits of traditional plating in one system. Offering non-locking screw options, the system can provide a construct that resists angular (eg varus, valus, torsional and axial) collapse while simultaneously acting as an effective aid to fracture reduction. A simple and straight forward instrument set features standardized drill bits and color-coded instrumentation, making it efficient and easy to use. All orthopedic large fragment plates are made from medical grade stainless steel & titanium.

Titanium DCP Plate For 3.5mm Orthopedic Implant Jindal Medi Surge Small Fragment Plates are Designed to treat the most common small bone fractures, as well as, to serve as the fastener (screw) and instrument hub for the anatomic specific implant sets. It Reflects the varied functional requirements of our customers by providing one case to contain the entire system or separate implant and instrument cases. Three dimensional graphics for rapid implant and instrument identification enhancing both surgical and processing efficiencies. Innovative “flip” tray contains screw instruments that can be placed on the mayo stand permitting rapid transition between the various screw types. All orthopedic small fragment bone plate are made from medical grade stainless steel & titanium raw-material (sterile & non sterile)