Jindal Medi Surge

The Orthopedic Cannulated Cancellous Screw 4.5mm Diameter Short Thread Titanium is a precision-engineered implant used for secure fixation in cancellous (spongy) bone. Its cannulated design ensures guided placement using a K-wire, while the short-thread configuration provides optimal compression for fracture fixation and bone stabilization. Made from titanium, it offers superior strength, lightweight properties, and biocompatibility.
SpecificationsDiameter: 4.5mm.Material: Titanium.Known for its lightweight nature, biocompatibility, and excellent resistance to corrosion.Thread Type: Short thread (cancellous thread profile).Threads are limited to the distal portion of the screw, ensuring effective compression in cancellous bone.Cannulated Design:A hollow core allows insertion over a guide pin (K-wire) for precise placement.Head Type:Typically available in hexagonal, cross-head (Phillips), or star drive for effective torque application.Length: Available in a range of lengths (e.g., 16mm to 100mm) to suit various surgical requirements.Sterility: Provided in sterile or non-sterile forms (non-sterile screws require sterilization before use).Key FeaturesCannulated Structure:Facilitates accurate placement using a guide pin, ensuring precise alignment and minimizing surgical trauma.Short Thread Design:Concentrates the thread at the distal end for better compression and engagement in cancellous bone.Titanium Material:Lightweight, strong, and corrosion-resistant, making it ideal for long-term implantation.Radiolucency:

The Orthopedic Shaft Screw for LC-DCP 4.5mm, Length Compatible with 6.5mm Cancellous Screw, SS316L is a specialized implant designed for use with limited-contact dynamic compression plates (LC-DCP) in orthopedic surgeries. Below is a detailed overview of the screw and its features:
Key FeaturesMaterial:
SS316L (Stainless Steel):Biocompatible and corrosion-resistant.High strength for load-bearing applications.Durable and suitable for long-term implantation.Design:
Shaft Screw:Smooth shaft beneath the head allows for dynamic compression when paired with LC-DCP plates.Compatibility:Specifically designed for use with LC-DCP 4.5mm plates.The length matches the specifications for compatibility with 6.5mm cancellous screws.Fully Threaded or Partially Threaded:Depending on application, screws may feature partial threads for compression or full threads for stable fixation.Head Design:
Hexagonal Head:Facilitates easy insertion and removal using standard orthopedic tools.Countersunk design fits flush with LC-DCP plates, minimizing soft tissue irritation.Thread Geometry:Optimized thread profile for secure bone engagement and minimal bone damage.Dimensions:
Diameter:Shaft: Compatible with 4.5mm LC-DCP plates.Thread: Matches the 6.5mm cancellous screw for seamless use.Length:Available in a range of sizes to accommodate various anatomical and surgical requirements.ApplicationsFracture Fixation:
Used for long bone fractures requiring dynamic compression.Ideal for diaphyseal fractures of the:Femur.Tibia.Humerus.Can also be used in reconstructive surgeries.Plate Fixation:
Specifically designed to work with LC-DCP plates to achieve anatomical reduction and promote healing.Dynamic Compression:
Facilitates interfragmentary compression for optimal fracture stabilization and bone healing.AdvantagesVersatility:Compatible with both 4.5mm LC-DCP plates and 6.5mm cancellous screws.Secure Fixation:Strong engagement with bone ensures stability during healing.Ease of Use:Hexagonal head design allows for efficient handling during surgery.Corrosion Resistance:SS316L material ensures long-term reliability and resistance to degradation.Patient Comfort:Smooth integration with plates minimizes soft tissue irritation.Technical SpecificationsParameter DetailsMaterial Stainless Steel (SS316L)Screw Type Shaft Screw for LC-DCPCompatibility LC-DCP 4.5mm Plates, 6.5mm ScrewsDiameter 4.5mm (shaft), 6.5mm (thread)Length Range Typically 30–120 mmHead Design Hexagonal with countersunk profileSurgical BenefitsDynamic Compression:Enhances healing by providing optimal interfragmentary compression.Precise Placement:Designed for seamless integration with LC-DCP plates and 6.5mm cancellous screws.Durability:Stainless steel construction ensures strength and longevity.Reduced Soft Tissue Irritation:Flush head design prevents protrusion and minimizes post-operative complications.Let me know if you need additional details about this screw, including available sizes, surgical techniques, or compatibility with specific LC-DCP plate models!

The Orthopedic 2.7mm Locking Head Screw Self-Tapping Titanium is a specialized screw used in orthopedic surgeries for stable fracture fixation. It is commonly employed in small to medium bone fractures, especially in areas such as the distal radius, clavicle, and other extremities. The locking screw system provides enhanced stability, especially in compromised bone quality, and the titanium material ensures long-lasting durability.
Key FeaturesMaterial:
Titanium (Grade 5 or equivalent):Biocompatible: Titanium is well-tolerated by the human body, minimizing the risk of adverse reactions or tissue rejection.Corrosion-Resistant: Titanium resists corrosion and degradation in the body, providing a durable long-term implant.Lightweight and Strong: Offers high strength without adding unnecessary weight, making it suitable for orthopedic applications where durability and lightweight properties are crucial.Non-reactive: Titanium is known for its non-reactivity with bodily fluids, enhancing its longevity and ensuring the screw does not corrode over time.Screw Design:
Locking Head Design:The 2.7mm screw features a locking head that engages with the threaded holes in locking plates, forming a fixed-angle construct. This design provides a stable, rigid fixation, reducing the likelihood of screw loosening and enhancing overall fracture stability.The locking mechanism ensures the screw cannot back out or loosen, making it ideal for patients with weak or osteoporotic bone.Self-Tapping:The screw is self-tapping, which means it creates its own threads as it is inserted, eliminating the need for pre-tapping of the bone. This simplifies the procedure and saves time during surgery.Low-Profile, Hexagonal Head:The screw features a low-profile head that sits flush with the surface of the plate, reducing the risk of soft tissue irritation. The hexagonal drive allows for secure insertion with standard surgical instruments, ensuring precise placement.Screw Diameter and Length:
Diameter: 2.7mm, making it suitable for small and medium bone fractures.Length: Available in a range of lengths (typically between 10–30mm), offering flexibility depending on the fracture size and the patient’s anatomy.ApplicationsFracture Fixation:
Distal Radius Fractures: Commonly used for fractures of the distal radius and similar small to medium bone fractures.Clavicle Fractures: Often used for fractures of the clavicle, especially in patients requiring stable fixation.Hand and Foot Fractures: Can be used for metacarpal and phalangeal fractures, as well as metatarsal fractures.Other Small Bone Fractures: Ideal for fractures in the forearm, tibia, fibula, and small bones that require a stable, locked fixation.Osteotomy and Reconstruction:

The Orthopedic 5.0mm Locking Head Screw Self-Tapping Titanium is a high-strength screw designed for orthopedic applications, specifically for use in locking plate systems. It is primarily used in larger bone fractures, providing enhanced stability, especially in osteoporotic or weak bone structures. The screw's self-tapping feature allows for efficient insertion, and the locking head design ensures a secure, fixed-angle fixation, which is essential for maintaining proper alignment during the healing process.
Key FeaturesMaterial:
Titanium (Grade 5 or equivalent):Biocompatible: Titanium is highly compatible with human tissue, reducing the risk of rejection, inflammation, or infection.Corrosion-Resistant: Titanium resists corrosion from bodily fluids, ensuring the screw remains intact and functional within the body over time.Lightweight and Strong: Titanium is both strong and lightweight, providing the necessary strength for bone fixation while not adding unnecessary weight to the structure.Screw Design:
Locking Head Design:The locking head mechanism securely locks the screw into the locking plate, forming a fixed-angle construct that resists movement, providing superior stability, particularly in osteoporotic bone or unstable fractures.Self-Tapping Design:The self-tapping feature allows the screw to cut its own threads during insertion, eliminating the need for pre-tapping the bone, which speeds up the surgical procedure.Coarse Threads:The screw is designed with coarse threads to ensure strong engagement with cancellous (spongy) bone, which is essential in areas where the bone quality is weaker or more porous.Full Threading:The screw is often fully threaded to ensure maximum purchase in the bone, enhancing fixation and preventing loosening.Screw Diameter and Length:
Diameter: 5.0mm, suitable for use in larger bones, such as the femur, tibia, humerus, and pelvis.Length: Available in various lengths, typically ranging from 10mm to 50mm or more, depending on the specific needs of the fracture and patient anatomy.Hexagonal Drive:
The screw features a hexagonal drive for precise insertion, reducing the likelihood of slipping and ensuring accurate placement during surgery.ApplicationsFracture Fixation:
Long Bone Fractures: Suitable for fractures in larger bones like the femur, tibia, humerus, and pelvis, providing stable fixation even in osteoporotic or fragile bone.Periprosthetic Fractures: Used in fractures around joint replacements (such as hip or knee replacements), where strong fixation is required to maintain the position of the prosthesis and promote bone healing.Pelvic and Spinal Fractures: Used for fractures in the pelvis or spine, where rigid fixation is needed to support healing and prevent further damage or misalignment.Clavicle Fractures: Also useful in fixing clavicle fractures, offering a stable platform for healing while preventing the risk of misalignment.Osteotomy and Reconstruction:
Osteotomy Procedures: Ideal for osteotomies, where the bone is cut and realigned, providing secure fixation to maintain the new bone position during healing.Joint Reconstruction: Used in joint reconstruction surgeries, such as those performed in the hip or knee, to stabilize the bone and facilitate optimal healing.Arthrodesis (Fusion Surgery):
Spinal and Joint Fusions: The screw is commonly used in spinal fusion or joint fusion surgeries to stabilize bones during the fusion process, ensuring successful long-term outcomes.Advantages

An orthopedic spacer for 3.5mm locking head screws is a specialized implant used in orthopedic surgeries, specifically designed to accommodate the locking mechanism of a 3.5mm locking head screw. It is typically used in conjunction with locking plates in areas where proper screw placement and angle stability are crucial for fracture fixation or joint reconstruction.
Key Features of the Orthopedic Spacer for 3.5mm Locking Head Screw:Material:
SS316L Stainless Steel or Titanium:These materials are commonly used in the manufacturing of spacers, as they are highly biocompatible, ensuring minimal risk of allergic reactions and rejection. They also provide excellent corrosion resistance, making them suitable for long-term use in the human body.Design:
Spacer Functionality: The spacer acts as an intermediary between the locking head screw and the plate. It helps to achieve the desired screw angle, ensuring that the screw head locks securely into the plate. It also prevents direct contact between the screw and the bone, which could cause irritation or damage.Precision Fit: The spacer is designed to fit precisely with a 3.5mm locking head screw, providing a snug interface that allows for the screw to lock into the plate while maintaining stability and correct alignment.Size: The 3.5mm spacer is specifically designed for use with 3.5mm locking head screws. It typically features a central hole to accommodate the screw, and it may come in various thicknesses to allow for different screw lengths and plate configurations.Applications:
Fracture Fixation: Used in fractures where the locking head screw needs to be angled or spaced for proper alignment.Spinal Surgery: Often utilized in spinal fixation procedures to maintain proper screw placement and provide stability.Joint Reconstruction and Osteotomy: Helps in achieving the correct alignment when using locking head screws for joint reconstruction or when repositioning bone during osteotomy procedures.Periprosthetic Fractures: In cases where there are fractures near joint prostheses, spacers help prevent damage to the surrounding bone or hardware.Design Variations:
Thickness: Available in different thicknesses to accommodate various locking plate configurations and screw lengths.Profile: Some spacers may have a low profile, while others might be more raised depending on the surgical requirement and the type of locking plate being used.Shape: The spacer may come in different shapes, including circular, conical, or cylindrical, to match the contour of the plate and screw system.Advantages of Using a Spacer for 3.5mm Locking Head Screw:Improved Fixation:
The spacer helps maintain proper screw orientation and alignment, which ensures a secure and stable fixation, especially when dealing with weak or osteoporotic bone.Prevents Plate-Bone Contact:
Spacers create a gap between the plate and the bone, preventing the plate from exerting too much pressure on the bone surface, reducing the risk of bone damage or irritation.Facilitates Precise Angle Control:
Spacers provide precise control over the angle at which the locking screw engages with the plate, which is crucial for achieving optimal bone alignment and promoting effective healing.Versatile Use:
Spacers are used in various orthopedic procedures, including fracture fixation, spinal surgery, and joint reconstruction, offering flexibility in a wide range of clinical settings.Efficient Surgical Process:
By allowing the screw to lock into the plate with proper spacing and angle, spacers contribute to a faster, more efficient surgical procedure.Applications in Surgical Procedures:Fracture Fixation: