Jindal Medi Surge

The Orthopedic Anterior Clavicle Plate 3.5mm DCP Left & Right SS316L Surgical Implant is designed for the stabilization and fixation of clavicle fractures. Here’s a detailed overview of its specifications and features:
Specifications:Material: SS316L (Stainless Steel 316L)
Properties: High tensile strength, excellent corrosion resistance, and good biocompatibility, suitable for long-term implantation.Plate Thickness: 3.5mm
Design: Provides a robust yet low-profile option for stabilizing clavicle fractures while minimizing soft tissue irritation.Design Features:Dynamic Compression Plate (DCP) Design:
Compression Mechanism: Features oblong holes that allow dynamic compression. As screws are tightened, the plate compresses the fracture fragments together, which helps in achieving better alignment and healing.Contoured Shape: Specifically contoured to fit the anatomical curvature of the clavicle, ensuring an optimal fit and alignment.Left & Right-Sided Plates:
Orientation: Available in both left and right configurations to match the specific anatomical requirements of each side of the clavicle.Hole Configuration:Screw Compatibility:Screw Size: Designed to accommodate 3.5mm screws, including cortical screws for standard fixation.Hole Types: Includes compression holes for dynamic compression. The plate may also feature additional hole types depending on specific design requirements.Indications:Clavicle Fracture Fixation:
Designed for stabilizing fractures of the clavicle, including mid-shaft and distal fractures.Fracture Management:
Effective for managing both acute and complex clavicle fractures, providing stability and support for optimal healing.Benefits:Enhanced Stability:
The dynamic compression mechanism helps to stabilize fractures by reducing the gap between the fracture fragments, which facilitates 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:
SS316L’s corrosion resistance and strength ensure that the implant remains effective and durable over time.Applications:Open Reduction and Internal Fixation (ORIF):
Used in ORIF procedures to provide stable fixation of clavicle fractures, ensuring proper alignment and stabilization.Fracture Management:
Suitable for treating both acute and complex fractures of the clavicle.Advantages of SS316L:Corrosion Resistance: Ensures the implant remains stable and functional within the body.Biocompatibility: Minimizes the risk of adverse reactions with body tissues.The Orthopedic Anterior Clavicle Plate 3.5mm DCP Left & Right SS316L Surgical Implant provides a reliable solution for the fixation of clavicle fractures, utilizing SS316L stainless steel for strength and durability while ensuring patient comfort and effective fracture management.

A quadrangular positioning plate and an angled blade plate are orthopedic surgical instruments used for specific fracture repair and reconstruction surgeries. These tools are crucial for ensuring accurate alignment, stability, and fixation of bones, particularly in complex fractures.
Quadrangular Positioning PlatePurpose:The quadrangular positioning plate is used to assist in the precise placement and fixation of plates and screws in orthopedic surgeries. It is particularly useful for fractures requiring stable, quadrangular (rectangular) configurations for effective healing.
Features:Shape and Structure:
Quadrangular or rectangular shape.Multiple holes or slots for screws and guide wires.Guidance:
Helps in accurate positioning of the orthopedic plate on the bone.Ensures the plate and screws are correctly aligned with the fracture.Compatibility:
Can be used with various types of plates and screws.Adaptable to different bone anatomies and fracture patterns.Material:
Typically made from high-grade stainless steel or titanium for durability and biocompatibility.Procedure:Fracture Reduction:The fracture is reduced to align bone fragments correctly.Plate Positioning:The quadrangular positioning plate is placed over the fracture site.Adjustments are made to align with anatomical landmarks.Drilling and Fixation:Holes are drilled through the guide, ensuring precise screw placement.Screws are inserted to secure the plate, ensuring stable fixation.Final Check:The guide is removed, and the stability of the fixation is checked.Angled Blade PlatePurpose:An angled blade plate is specifically designed for fractures involving the metaphyseal and diaphyseal regions of long bones, such as the distal femur. It is commonly used for fractures that require angular stability.
Features:Angled Blade:
The plate has a blade at an angle (usually 95° or 130°) for insertion into the bone.Provides angular stability and resists shear forces.Fixation Holes:
Multiple holes for screws, ensuring secure fixation to the bone.Allows for the placement of locking screws, which provide added stability.Design:
Contoured to match the bone's anatomy.Blade length and angle are designed to fit specific anatomical requirements.Material:
Typically made from high-strength stainless steel or titanium.Procedure:Fracture Assessment:The type and location of the fracture are assessed.Blade Insertion:The angled blade plate is positioned with the blade inserted into the metaphyseal region of the bone.Ensures correct alignment with the bone’s axis.Screw Placement:Holes are drilled, and screws are inserted through the plate.Locking screws may be used to enhance stability.Final Adjustment:The position and fixation are checked, and adjustments are made if necessary.Combined Use in Orthopedic SurgeryIn complex fractures, both the quadrangular positioning plate and the angled blade plate may be used in tandem to achieve optimal outcomes:
Alignment and Stabilization: The quadrangular positioning plate aids in the precise alignment of the angled blade plate, ensuring accurate placement.Stability: The angled blade plate provides angular stability, while the quadrangular positioning plate ensures overall stability of the fracture site.Efficiency: Using these tools together can streamline the surgical process, reducing operative time and improving outcomes.ConclusionThe quadrangular positioning plate and angled blade plate are essential tools in orthopedic surgery, particularly for complex fractures requiring precise alignment and stable fixation. Their combined use can enhance surgical accuracy, efficiency, and patient outcomes.

Here are the specifications for the Orthopedic PFN (Proximal Femoral Nail) 135 Degree Left SS316L Nailing Implant:
Specifications:Material: SS316L (Stainless Steel 316L)Angle: 135 degreesDesign: Left side specificLength Options: Available in various lengths, commonly ranging from 180mm to 300mm to accommodate different patient anatomies.Diameter Options: Typically available in several diameters, commonly ranging from 9mm to 12mm.Features:Proximal Diameter: Larger proximal diameter to enhance the stability of the proximal fragment.Distal Diameter: Smaller distal diameter to reduce the risk of fracture at the distal end.Proximal Locking Options: Multiple proximal locking options for improved fixation and rotational stability.Distal Locking Holes: Multiple distal locking holes to provide rotational stability and address different fracture types.Helical Blade or Screw Option: Some designs include options for helical blade or screw fixation to provide additional support in the femoral head.Instrumentation Compatibility: Compatible with standard PFN instrumentation sets.Key Benefits:Biocompatibility: SS316L material ensures high biocompatibility, reducing the risk of allergic reactions.Corrosion Resistance: High resistance to corrosion, ensuring durability and longevity of the implant.Mechanical Strength: Provides excellent mechanical strength to support weight-bearing and aid in the healing process.

PFN Nails 135 Degree Right SS316L821PS5R.001 9 x 200mm821PS5R.002 9 x 240mm821PS5R.003 9 x 340mm821PS5R.004 9 x 360mm821PS5R.005 9 x 380mm821PS5R.006 9 x 400mm821PS5R.007 9 x 420mm821PS5R.008 10 x 200mm821PS5R.009 10 x 240mm821PS5R.010 10 x 340mm821PS5R.011 10 x 360mm821PS5R.012 10 x 380mm821PS5R.013 10 x 400mm821PS5R.014 10 x 420mm821PS5R.015 11 x 200mm821PS5R.016 11 x 240mm821PS5R.017 11 x 340mm821PS5R.018 11 x 360mm821PS5R.019 11 x 380mm821PS5R.020 11 x 400mm821PS5R.021 11 x 420mm821PS5R.022 12 x 200mm821PS5R.023 12 x 240mm821PS5R.024 12 x 340mm821PS5R.025 12 x 360mm821PS5R.026 12 x 380mm821PS5R.027 12 x 400mm821PS5R.028 12 x 420mmHere are the specifications for the Orthopedic PFN (Proximal Femoral Nail) 135 Degree Right SS316L Nailing Implant:
Specifications:Material: SS316L (Stainless Steel 316L)Angle: 135 degreesDesign: Right side specificLength Options: Available in various lengths, commonly ranging from 180mm to 300mm to accommodate different patient anatomies.Diameter Options: Typically available in several diameters, commonly ranging from 9mm to 12mm.Features:Proximal Diameter: Larger proximal diameter to enhance the stability of the proximal fragment.Distal Diameter: Smaller distal diameter to reduce the risk of fracture at the distal end.Proximal Locking Options: Multiple proximal locking options for improved fixation and rotational stability.Distal Locking Holes: Multiple distal locking holes to provide rotational stability and address different fracture types.Helical Blade or Screw Option: Some designs include options for helical blade or screw fixation to provide additional support in the femoral head.Instrumentation Compatibility: Compatible with standard PFN instrumentation sets.Key Benefits:Biocompatibility: SS316L material ensures high biocompatibility, reducing the risk of allergic reactions.Corrosion Resistance: High resistance to corrosion, ensuring durability and longevity of the implant.Mechanical Strength: Provides excellent mechanical strength to support weight-bearing and aid in the healing process.

Orthopedic Proximal Femoral Nails (PFN) are used in the surgical treatment of fractures in the femoral region. Here are the specifications for the PFN 130 Degree Left SS316L Nailing Implant:
Specifications:Material: SS316L (Stainless Steel 316L)Angle: 130 degreesDesign: Left side specificLength Options: Typically available in various lengths to accommodate different patient anatomies. Common lengths range from 180mm to 300mm.Diameter Options: Usually available in several diameters, commonly ranging from 9mm to 12mm.Features:Proximal Diameter: Larger proximal diameter to enhance the stability of the proximal fragment.Distal Diameter: Smaller distal diameter to reduce the risk of fracture at the distal end.Proximal Locking: Multiple proximal locking options for better fixation and rotational stability.Distal Locking: Multiple distal locking holes to provide rotational stability and to address different fracture types.Helical Blade or Screw Option: Some designs include options for helical blade or screw fixation to provide additional support in the femoral head.Instrumentation Compatibility: Compatible with standard PFN instrumentation sets.Key Benefits:Biocompatibility: SS316L material ensures high biocompatibility, reducing the risk of allergic reactions.Corrosion Resistance: High resistance to corrosion, ensuring durability and longevity of the implant.Mechanical Strength: Provides excellent mechanical strength to support weight-bearing and aid in the healing process.

Orthopedic PFNA 2 Nail 11mm Dia. Titanium Nailing Implant SpecificationsMaterial:
TitaniumDiameter:
11mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
11mmLocking Mechanism:
Multiple distal locking holes for static and dynamic locking optionsProximal locking mechanism with an integrated anti-rotation screwCurvature:
Anatomically designed curvature for a better fit within the femoral canalFinish:
Polished or matte finish for reduced friction and improved biocompatibilitySterilization:
Supplied either sterile or non-sterile, depending on the manufacturerIndications:
Suitable for the treatment of intertrochanteric fractures, subtrochanteric fractures, and high subtrochanteric fracturesAdditional Features:
The nail design includes a proximal femoral nail with an anti-rotation screw mechanism to provide stable fixation of the femur.Multiple locking options allow for flexibility in surgical technique and patient-specific anatomy.Titanium offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

Olive wires with a trocar point are used in orthopedic external fixation to provide enhanced stability and precise positioning of bone fragments. Here are the specifications for an Olive Wire with a 1.8mm diameter, trocar point, and a length of 400mm:
Diameter: 1.8mmPoint Type: Trocar (a three-sided, sharp-pointed tip for precise drilling)Length: 400mmMaterial: Usually stainless steel or titanium for durability and biocompatibilityThese wires are used alongside external fixator frames to secure and align bone fragments during the healing process.

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 small 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 is crucial for maintaining proper alignment and promoting healing in the forearm.
ComponentsSmall Clamp: Designed to securely hold the fixation elements. The dimensions 4.0mm x 4.0mm indicate the compatibility with specific pins or rods.Pins: Metal pins that are inserted into the forearm bones through the skin.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 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 of the bones.AdvantagesPrecision: 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.

Kuntscher Cloverleaf Nail Bend For Tibia Dia. 8.0mm SS316L4182.08.26 Length 260mm4182.08.27 Length 270mm4182.08.28 Length 280mm4182.08.29 Length 290mm4182.08.30 Length 300mm4182.08.31 Length 310mm4182.08.32 Length 320mm4182.08.33 Length 330mm4182.08.34 Length 340mm4182.08.35 Length 350mm4182.08.36 Length 360mm4182.08.37 Length 370mm4182.08.38 Length 380mm4182.08.39 Length 390mm4182.08.40 Length 400mm4182.08.41 Length 410mm4182.08.42 Length 420mm4182.08.43 Length 430mm4182.08.44 Length 440mm

Here are the specifications for an Orthopedic Kuntscher Cloverleaf Nail Bend For Tibia with a diameter of 8.0mm, made from SS316L:
Kuntscher Cloverleaf Nail Bend For Tibia Dia. 8.0mm SS316LMaterial:
SS316L (Stainless Steel 316L)Biocompatible and corrosion-resistantDiameter:
8.0mmLength Options:
Varies based on manufacturer, typically available in a range of lengths suitable for tibial fixationDesign Features:
Cloverleaf cross-section for increased rotational stabilitySpecific bend design for optimal fit in the tibiaProximal and distal holes for locking screwsSmooth surface finish to reduce tissue irritationTapered ends to facilitate insertion and minimize bone traumaIndications:
Tibial shaft fracturesLong bone fractures requiring intramedullary fixationSterilization:
Supplied sterile or non-sterileCan be sterilized using standard hospital protocols (autoclaving)Compliance:
Conforms to international standards for orthopedic implants (e.g., ISO 5832-1 for metallic materials)Additional Components:
Locking screwsEnd caps (optional)

Kuntscher Cloverleaf Nail Bend For Tibia Dia. 7.0mm SS316L4182.07.26 Length 260mm4182.07.27 Length 270mm4182.07.28 Length 280mm4182.07.29 Length 290mm4182.07.30 Length 300mm4182.07.31 Length 310mm4182.07.32 Length 320mm4182.07.33 Length 330mm4182.07.34 Length 340mm4182.07.35 Length 350mm4182.07.36 Length 360mm4182.07.37 Length 370mm4182.07.38 Length 380mm4182.07.39 Length 390mm4182.07.40 Length 400mm4182.07.41 Length 410mm4182.07.42 Length 420mm4182.07.43 Length 430mm4182.07.44 Length 440mm

Here are the specifications for an Orthopedic Kuntscher Cloverleaf Nail Bend For Tibia with a diameter of 7.0mm, made from SS316L:
Kuntscher Cloverleaf Nail Bend For Tibia Dia. 7.0mm SS316LMaterial:
SS316L (Stainless Steel 316L)Biocompatible and corrosion-resistantDiameter:
7.0mmLength Options:
Varies based on manufacturer, typically available in a range of lengths suitable for tibial fixationDesign Features:
Cloverleaf cross-section for increased rotational stabilitySpecific bend design for optimal fit in the tibiaProximal and distal holes for locking screwsSmooth surface finish to reduce tissue irritationTapered ends to facilitate insertion and minimize bone traumaIndications:
Tibial shaft fracturesLong bone fractures requiring intramedullary fixationSterilization:
Supplied sterile or non-sterileCan be sterilized using standard hospital protocols (autoclaving)Compliance:
Conforms to international standards for orthopedic implants (e.g., ISO 5832-1 for metallic materials)Additional Components:
Locking screwsEnd caps (optional)

Interlocking tibia nails (FixZig type) made from SS316L are used for the internal fixation of tibial fractures. Here are the typical specifications:
Material: Stainless Steel 316LDesign:Type: FixZig type, which includes features for enhanced stability and alignmentShape: Typically straight or slightly curved to match the tibia's anatomyLength: Varies based on patient size and fracture location, usually from 200mm to 400mmDiameter: Common diameters include 8mm, 9mm, and 10mm, designed to fit standard tibial dimensionsInterlocking: Features multiple holes for locking screws to stabilize the nail and prevent rotation or axial movementProximal End: Often includes several locking holes for proximal screwsDistal End: Usually has additional locking holes for distal screwsCorrosion Resistance: High, due to SS316L materialSterility: Typically supplied sterile or can be sterilized before useApplication: Used for treating tibial fractures, including both proximal and distal fractures

The Orthopedic Reconstruction J Plate 3.5mm with Low Profile (Left & Right) made from SS316L is a specialized implant designed for use in fracture fixation, particularly in anatomical locations requiring a contoured plate. Here are the key specifications:
General Specifications:Material: SS316L (Stainless Steel 316L), providing high strength, corrosion resistance, and biocompatibility.Plate Thickness: 3.5mm, suitable for smaller bones or areas where a lower profile is needed.Design:J-shape: Specifically contoured for anatomical areas, such as the distal radius or other curved bone structures.Low Profile: Designed to minimize soft tissue irritation and reduce the likelihood of postoperative discomfort.Left & Right Specific Versions: Tailored for the anatomy of the respective sides (left and right) for optimal fit.Additional Features:Hole Configuration: Typically includes multiple holes for 3.5mm cortical screws, allowing for secure fixation.Indication: Commonly used in complex fractures requiring angular stability, such as comminuted or segmental fractures of the distal radius or other forearm bones.Function: Provides stable fixation while allowing for early mobilization of the joint or bone being treated, essential in promoting faster healing.This J Plate is commonly employed in ORIF procedures and is an ideal choice for surgeons seeking precise anatomical reconstruction, especially for fractures with difficult contours.

A combined drill and tap sleeve with dimensions of 3.2mm and 6.5mm is a versatile and essential orthopedic surgical instrument used to guide both drilling and tapping processes during surgical procedures. Here are the key details about this instrument:
Purpose and UsagePurpose: To provide a guide for both drilling and tapping in orthopedic surgeries, ensuring precision and stability during the preparation of bone for screw insertion.Usage: Commonly used in orthopedic procedures that require the insertion of screws, such as fracture fixation, joint reconstruction, and bone stabilization.FeaturesDual Functionality: Combines both a drill guide for a 3.2mm drill bit and a tap guide for a 6.5mm tap, allowing for seamless transition between drilling and tapping.Material: Made from high-grade surgical stainless steel or other durable materials, ensuring longevity and the ability to withstand repeated sterilization.Design: Typically cylindrical with a smooth inner surface for easy passage of the drill bit and tap. The dual-purpose design enhances efficiency and reduces the need for multiple separate instruments.Compatibility: Designed to be compatible with specific drill bits and taps, ensuring a precise fit and guiding both the drilling and tapping processes accurately.BenefitsPrecision: Ensures accurate alignment and depth for both drilling and tapping, which is crucial for the proper placement of screws or implants.Efficiency: Combines two functions into one instrument, reducing the need to switch between separate drill and tap sleeves, thus saving time during surgery.Stability: Prevents the drill bit and tap from slipping, reducing the risk of damage to surrounding tissues or misalignment of the screw or implant.Versatility: Can be used in various orthopedic procedures, making it a valuable addition to the surgical toolkit.ConsiderationsSterilization: Must be properly sterilized before each use to maintain surgical asepsis and prevent infections.Compatibility: Ensure that the combined sleeve is compatible with the specific drill bits and taps used in the procedure.Training: Surgeons and surgical staff should be familiar with the proper use of the combined sleeve to maximize its benefits and avoid complications.SummaryThe combined drill and tap sleeve with 3.2mm and 6.5mm dimensions is a versatile and essential orthopedic instrument that facilitates accurate and stable drilling and tapping in bone. Its dual functionality, precision, and efficiency make it an indispensable tool in various orthopedic surgical procedures.

A sterilization box for flexible reamers with detachable heads in orthopedic surgery is designed to safely sterilize, store, and transport these specialized instruments. Here’s an outline of its features and considerations:
Sterilization Box for Flexible Reamers with Detachable Heads: OverviewDesign and ConstructionMaterial: Typically made from stainless steel (S.S.) or medical-grade aluminum for durability, corrosion resistance, and compatibility with sterilization processes.Size: Dimensions are tailored to accommodate flexible reamers of various sizes, with compartments or trays designed to securely hold the reamers and their detachable heads.Construction: Robust construction to withstand repeated sterilization cycles and protect delicate instrument components.FeaturesCompartmentalization: Includes compartments or trays with secure fittings to organize and separate flexible reamers and their detachable heads, preventing damage and ensuring sterility.Secure Closure: Equipped with a reliable locking mechanism (e.g., clamps or latches) to seal the box securely during sterilization, transport, and storage.Ventilation: May feature ventilation holes or slots to facilitate effective sterilization by allowing steam or gas penetration.Usage in Orthopedic SurgerySterilization Process:
The sterilization box is loaded with flexible reamers and their detachable heads.It is then placed in an autoclave or sterilization chamber where steam, heat, or gas is used to sterilize the contents.Storage and Organization:
After sterilization, the flexible reamers can remain stored in the box to maintain their sterility until needed for surgery.The compartments or trays inside the box aid in organizing the instruments, minimizing handling and contamination risks.Transportation and Handling:
Designed for safe transport between sterilization areas, storage facilities, and operating rooms, ensuring instruments remain sterile and ready for use.Protects delicate instrument parts like detachable heads from damage during handling and storage.Maintenance and CareCleaning: After each use, the sterilization box should be cleaned thoroughly to remove any residue or contaminants.Sterilization: The box itself must undergo proper sterilization according to medical standards before being reused for subsequent procedures.Inspection: Regular inspection for signs of wear, damage, or corrosion ensures the box maintains integrity and functionality.ConclusionA sterilization box for flexible reamers with detachable heads is a critical component in orthopedic surgery, ensuring the safe and efficient sterilization, storage, and transport of these specialized instruments. Its design features, including compartmentalization, secure closure, and ventilation, support adherence to strict sterilization protocols and maintain instrument sterility. Proper maintenance and care are essential to prolong the lifespan and effectiveness of sterilization boxes in medical environments, contributing to safe surgical practices and patient care.
If you have further questions or specific requirements regarding sterilization boxes or other orthopedic surgical instruments, feel free to ask for more detailed information or assistance!

The Gigli saw introducer is a specialized instrument used in skull and other orthopedic surgeries to guide the Gigli saw wire around the bone, ensuring precise and controlled cuts. Here is an overview of the Gigli saw introducer, its design, usage, and benefits:
Gigli Saw Introducer: Overview and UsageDesign and ConstructionMaterial: Typically made of high-quality stainless steel to ensure durability, corrosion resistance, and ease of sterilization.Structure: The introducer usually has a long, slender, and slightly curved or flexible body, ending in a blunt tip or loop that helps in maneuvering around the bone without causing damage to surrounding tissues.FeaturesBlunt Tip: The blunt tip of the introducer minimizes the risk of injury to soft tissues while threading the Gigli saw wire around the bone.Ergonomic Handle: An ergonomic handle provides a secure grip, allowing the surgeon to control the instrument precisely during the procedure.Application in Skull SurgeryPreparation:
The surgical site is prepped and sterilized.Entry and exit points for the Gigli saw wire are marked on the skull.Use of the Introducer:
Incisions: Small incisions are made at the predetermined entry and exit points to allow the introducer to pass through.Insertion: The Gigli saw introducer is gently inserted through the entry point incision. The surgeon carefully maneuvers the introducer around the bone to reach the exit point.Threading the Wire: The Gigli saw wire is then attached to the loop or end of the introducer. The introducer is pulled back through the bone pathway, threading the saw wire around the bone.Attachment of Handles:
Once the Gigli saw wire is threaded around the bone, the ends of the wire are attached to the Gigli saw handles.Cutting:
The surgeon uses a back-and-forth sawing motion with the handles to cut through the bone, utilizing the flexibility and precision of the saw wire.Completion:
After the bone is cut, the saw wire and handles are carefully removed. The introducer, if still in place, is also removed, ensuring no damage to the surrounding tissues.Advantages of Using a Gigli Saw IntroducerSafety: The blunt tip and flexible design of the introducer reduce the risk of injury to soft tissues and other structures.Precision: Assists in the accurate placement of the Gigli saw wire around the bone, ensuring precise cuts.Efficiency: Simplifies the process of threading the saw wire, saving time during the surgical procedure.Versatility: Useful in a variety of surgical procedures, including craniotomies, osteotomies, and other orthopedic surgeries.Maintenance and SterilizationCleaning: The introducer must be thoroughly cleaned after use to remove any debris or biological material.Sterilization: It should be sterilized according to standard surgical instrument protocols to ensure it is safe for reuse in subsequent surgeries.ConclusionThe Gigli saw introducer is a vital tool in skull and other orthopedic surgeries, facilitating the safe and precise placement of the Gigli saw wire around bones. Its design minimizes the risk of tissue damage and enhances the surgeon's ability to perform accurate cuts. If you need more detailed information, specific models, or purchasing options for this instrument, please let me know!

Centrally Threaded Steinman Pin SS316L Orthopedic Surgical Implant Specifications:Material: SS316L (Stainless Steel 316L)Type: Centrally Threaded Steinman PinDiameter Options: Common diameters include 2.5mm, 3.0mm, 3.5mm, 4.0mm, 4.5mm, 5.0mm, 6.0mm, etc.Length Options: Typically range from 150mm to 300mm or as required by the surgical procedure.Thread Location: Central portion of the pin is threadedThread Type: Coarse or fine thread, depending on specific requirementsThread Pitch: Standard pitch designed for orthopedic applications, ensuring optimal grip and stability.Tip Type: Sharp, trocar, or bevelled tip to facilitate insertion into boneSterilization: Supplied in sterile packaging, ready for surgical useCompatibility: Compatible with various external and internal fixator systemsUsage: Intended for use in skeletal traction, external fixation, and internal fixation of fracturesStandards Compliance: Manufactured according to ISO and ASTM standards for medical implants

4708.201 Dia 6.0mm4708.202 Dia 7.0mm4708.203 Dia 8.0mm4708.204 Dia 8.5mm4708.205 Dia 9.0mm4708.206 Dia 9.5mm4708.207 Dia 10.0mm4708.208 Dia 10.5mm4708.209 Dia 11.0mm4708.210 Dia 11.5mm4708.211 Dia 12.0mm4708.212 Dia 12.5mm4708.213 Dia 13.0mm4708.214 Dia 13.5mm4708.215 Dia 14.0mm
Cannulated rigid reamers are specialized orthopedic surgical instruments used in the preparation of bone for the insertion of DHS (Dynamic Hip Screw) and DCS (Dynamic Condylar Screw) implants. These reamers are designed to create precise cavities in the bone to accommodate the implants, ensuring proper alignment and stability. Here’s an overview of their purpose, design, function, compatibility, and sterilization:
PurposeCannulated rigid reamers are used to create a precise and accurately sized hole in the bone for the placement of DHS or DCS implants. They are essential for ensuring the implants fit correctly and are securely anchored in the bone.
DesignCannulation: The reamers are hollow (cannulated) to allow them to pass over a guide wire. This feature ensures that the reaming follows the path set by the guide wire, maintaining alignment and accuracy.Material: Made from surgical-grade stainless steel or other high-strength, biocompatible materials that can withstand repeated use and sterilization.Cutting Edges: Sharp, precise cutting edges are designed to efficiently remove bone tissue. The reamers are available in various diameters to match the size requirements of the implants.Rigid Structure: The reamers are rigid to provide stability and control during the reaming process, ensuring a smooth and accurate preparation of the bone cavity.FunctionGuided Reaming: The cannulated design allows the reamer to be guided along a pre-positioned guide wire, ensuring that the reaming is aligned with the planned trajectory of the implant.Precision Cutting: The cutting edges of the reamer remove bone tissue precisely, creating a cavity that matches the size and shape required for the DHS or DCS implant.Stability: The rigid structure of the reamer provides the surgeon with control and stability during the reaming process, reducing the risk of deviations or errors.CompatibilityDHS/DCS Systems: The cannulated rigid reamers must be compatible with the specific DHS or DCS systems being used. This includes matching the dimensions and requirements of the implants.Interchangeability: Some reamers are designed to be compatible with multiple implant systems, though it is important to verify compatibility with the specific instruments and implants used in the surgery.SterilizationMaterial: The reamers are made from materials that can endure repeated sterilization processes without degradation.Methods: Sterilization is typically performed using autoclaving (steam sterilization) or other approved methods to ensure the instrument is free from contaminants before use.AvailabilityInstrument Sets: Cannulated rigid reamers are usually included in instrument sets provided by orthopedic implant companies for DHS/DCS procedures.Surgical Kits: They may also be available as part of specialized surgical kits designed for specific DHS or DCS operations.SummaryCannulated rigid reamers are essential instruments in orthopedic surgery for preparing bone cavities for DHS and DCS implants. Their cannulated design allows for guided reaming over a guide wire, ensuring precise alignment and accurate preparation of the bone. The rigid structure and sharp cutting edges provide control and efficiency during the reaming process, enhancing surgical outcomes. Ensuring compatibility with specific DHS/DCS systems and maintaining proper sterilization are crucial for their effective use.

A double drill sleeve is a surgical instrument used in orthopedic procedures to guide drill bits and ensure accurate drilling into bone. Here's a detailed overview of the double drill sleeve with specifications of 2.7mm and 1.25mm diameters:
Specifications:Outer Sleeve Diameter: 2.7mmInner Sleeve Diameter: 1.25mmType: Double drill sleeveKey Features:Double Sleeve Design: Comprises two coaxial sleeves, allowing for the use of different sized drill bits in a single guide instrument.Orthopedic Use: Essential for precise drilling in small bone surgeries, such as those involving the hands, wrists, feet, and ankles.Material: Made from high-quality surgical-grade stainless steel, ensuring durability, resistance to corrosion, and biocompatibility.Precision Guidance: Facilitates accurate placement of drill bits, minimizing deviation and ensuring precise holes are drilled for the insertion of screws or other fixation devices.Usage:Applications: Used in orthopedic surgeries to guide drill bits accurately when drilling holes in bones for the insertion of screws, pins, or wires.Procedure: The double drill sleeve is positioned over the target area, and drill bits are passed through the inner and outer sleeves to ensure accurate and stable drilling.Benefits:Accuracy: The double sleeve design helps maintain precise alignment during drilling, reducing the risk of misalignment and ensuring the correct placement of screws or other implants.Versatility: Allows the use of two different sizes of drill bits, making it adaptable to various surgical needs.Stability: Provides a stable guide for drill bits, reducing wobbling and ensuring cleaner and more accurate holes.Ease of Use: Simplifies the drilling process, allowing surgeons to focus on accuracy and control.Care and Maintenance:Sterilization: Must be sterilized before and after each use to ensure sterility and prevent infections. Standard sterilization methods, such as autoclaving, should be used.Inspection: Regularly inspect the sleeve for any signs of wear, damage, or deformation. Ensuring the sleeves are in good condition is crucial for maintaining precision during surgery.Summary:The double drill sleeve with 2.7mm and 1.25mm diameters is an essential instrument in small bone orthopedic surgeries, offering precise guidance for drilling. Its design enhances surgical accuracy, versatility, and ease of use, contributing to successful surgical outcomes. Proper maintenance and sterilization are key to ensuring its longevity and effectiveness in various orthopedic procedures.

A drill guide with a stop, measuring 3.5mm and 2.7mm with two inserts, is a specialized orthopedic surgical instrument designed to ensure precise drilling in bone surgeries. Here's a detailed overview of this instrument:
Specifications:Outer Drill Guide Diameter: 3.5mmInner Drill Guide Diameter: 2.7mmInserts: Two interchangeable inserts for different drilling requirementsStop Feature: Adjustable stop to control the drilling depthKey Features:Dual Diameter: Accommodates both 3.5mm and 2.7mm drill bits, providing versatility for different surgical needs.Inserts: Two interchangeable inserts that can be used to switch between the different diameters quickly and easily.Adjustable Stop: Ensures precise control over the depth of the drilled hole, enhancing accuracy and safety during the procedure.Material: Constructed from high-quality, surgical-grade stainless steel for durability, resistance to corrosion, and biocompatibility.Precision Guidance: The guide ensures the drill bit is accurately aligned and stabilized during drilling, reducing the risk of deviation.Usage:Applications: Used in orthopedic surgeries to guide drill bits accurately when creating holes in bones for the insertion of screws, pins, or other fixation devices.Procedure: The drill guide is positioned over the target area, and the appropriate insert is selected. The drill bit is passed through the guide, and the stop feature is adjusted to control the depth of the hole.Benefits:Accuracy: The guide helps maintain precise alignment, ensuring that holes are drilled accurately and at the correct depth.Versatility: The ability to switch between two different diameters makes the guide suitable for a variety of surgical procedures.Control: The adjustable stop feature allows surgeons to set the desired drilling depth, preventing over-penetration and potential damage to surrounding tissues.Stability: Provides a stable platform for the drill bit, minimizing wobbling and ensuring clean, precise holes.Ease of Use: The design allows for quick and easy adjustments, enhancing the efficiency of the surgical procedure.Care and Maintenance:Sterilization: Must be sterilized before and after each use to maintain sterility and prevent infections. Standard methods such as autoclaving should be employed.Inspection: Regularly inspect the drill guide and inserts for any signs of wear, damage, or deformation. Ensuring the components are in good condition is crucial for maintaining precision and safety during surgery.Summary:The drill guide with a stop, featuring 3.5mm and 2.7mm diameters and two inserts, is a vital instrument in orthopedic surgery. It provides precision, control, and versatility, ensuring accurate and safe drilling. Proper care and maintenance are essential to ensure the instrument's longevity and effectiveness in various orthopedic procedures.

A screw driver shaft with a quick coupling (Q.C.) end and a 3.5mm tip is a fundamental orthopedic surgical instrument designed for the insertion and removal of screws during surgical procedures. Here are the key details about this instrument:
Purpose and UsagePurpose: To securely drive and remove screws, specifically those with a 3.5mm diameter, in orthopedic surgeries.Usage: Commonly used in procedures such as fracture fixation, bone stabilization, and the placement of implants.Features3.5mm Tip: The tip is designed to fit 3.5mm screws precisely, ensuring secure engagement and preventing slippage during screw insertion or removal.Quick Coupling (Q.C.) End: The Q.C. mechanism allows for rapid attachment and detachment of the screw driver shaft to various handles or other surgical instruments, enhancing efficiency and ease of use in the operating room.Material: Made from high-grade surgical stainless steel or other durable materials to withstand the forces applied during surgery and to endure repeated sterilization processes.Ergonomic Design: Often designed with an ergonomic grip to provide comfort and control during use, reducing hand fatigue for the surgeon.BenefitsPrecision: The 3.5mm tip ensures accurate and secure handling of screws, which is crucial for the stability and effectiveness of the fixation.Efficiency: The quick coupling end allows for fast and easy changes between different instruments or attachments, improving workflow during surgical procedures.Durability: Constructed from high-quality materials to ensure long-term use and maintain functionality through repeated sterilizations.Versatility: Can be used in various orthopedic procedures involving 3.5mm screws, making it a versatile tool in the surgical toolkit.ConsiderationsSterilization: Must be properly sterilized before each use to prevent infections and maintain surgical asepsis.Compatibility: Ensure compatibility with the specific handles, screws, and other surgical instruments used in the procedure.Training: Surgeons and surgical staff should be trained in the proper use of the screw driver shaft to maximize its benefits and avoid complications.SummaryThe screw driver shaft with a quick coupling end and 3.5mm tip is an essential orthopedic instrument designed for the precise insertion and removal of screws. Its quick coupling mechanism, precision tip, and durable construction make it an invaluable tool in various orthopedic surgical procedures, enhancing both efficiency and effectiveness in the operating room.

A pointed drill guide with a 4.5mm tap sleeve and a 3.2mm insert drill sleeve is a specialized orthopedic surgical instrument set designed to facilitate precise drilling and tapping procedures during orthopedic surgeries. Here's a breakdown of each component and their functions:
Pointed Drill GuidePurpose: The pointed drill guide is used to accurately position and guide the initial drilling into bone. It ensures that the drill bit starts at the correct angle and depth, crucial for the subsequent stages of screw insertion.Features:Pointed Tip: Allows for easy placement and alignment on the bone surface, aiding in precise drilling.Outer Sleeve: Provides stability and alignment during the drilling process, reducing the risk of slipping or deviation.4.5mm Tap SleevePurpose: The 4.5mm tap sleeve is used after drilling to guide the tap into the bone, creating threads for 4.5mm screws or implants.Features:Inner Diameter: Specifically designed to accommodate a 4.5mm tap, ensuring a precise fit and guiding the tap along the drilled path.Stability: Helps maintain the alignment of the tap, ensuring that threads are cut accurately and securely.3.2mm Insert Drill SleevePurpose: The 3.2mm insert drill sleeve is used initially to guide a 3.2mm drill bit during pilot hole preparation before screw insertion.Features:Inner Diameter: Designed to fit a 3.2mm drill bit, ensuring precise drilling and preparation of pilot holes.Smooth Surface: Facilitates easy passage of the drill bit, maintaining accuracy and reducing the risk of bone damage.BenefitsPrecision: Ensures accurate drilling and tapping, critical for the proper placement and stability of screws or implants.Efficiency: Streamlines the surgical procedure by providing dedicated tools for each step of bone preparation.Versatility: Can be used in various orthopedic procedures requiring screw fixation, such as fracture repair, joint reconstruction, and bone fusion.Durability: Made from durable materials to withstand the rigors of surgery and repeated sterilization cycles.ConsiderationsSterilization: All components must be properly sterilized before use to maintain surgical asepsis and prevent infections.Compatibility: Ensure compatibility with the specific drill bits, taps, and screws used in the surgical procedure.Training: Surgeons and operating room staff should be trained in the proper use of these instruments to optimize surgical outcomes and patient safety.SummaryThe pointed drill guide with a 4.5mm tap sleeve and 3.2mm insert drill sleeve set is an essential orthopedic instrument set for precise drilling, tapping, and screw insertion procedures. Its specialized design and components ensure accuracy, efficiency, and safety during orthopedic surgeries requiring bone fixation with screws or implants.

Here are the specifications for the Orthopedic PFN (Proximal Femoral Nail) 130 Degree Right SS316L Nailing Implant:
Specifications:Material: SS316L (Stainless Steel 316L)Angle: 130 degreesDesign: Right side specificLength Options: Available in various lengths, commonly ranging from 180mm to 300mm to accommodate different patient anatomies.Diameter Options: Typically available in several diameters, commonly ranging from 9mm to 12mm.Features:Proximal Diameter: Larger proximal diameter to enhance the stability of the proximal fragment.Distal Diameter: Smaller distal diameter to reduce the risk of fracture at the distal end.Proximal Locking Options: Multiple proximal locking options for improved fixation and rotational stability.Distal Locking Holes: Multiple distal locking holes to provide rotational stability and address different fracture types.Helical Blade or Screw Option: Some designs include options for helical blade or screw fixation to provide additional support in the femoral head.Instrumentation Compatibility: Compatible with standard PFN instrumentation sets.Key Benefits:Biocompatibility: SS316L material ensures high biocompatibility, reducing the risk of allergic reactions.Corrosion Resistance: High resistance to corrosion, ensuring durability and longevity of the implant.Mechanical Strength: Provides excellent mechanical strength to support weight-bearing and aid in the healing process.

Orthopedic PFNA 2 Nail 10mm Dia. Titanium Nailing Implant SpecificationsMaterial:
TitaniumDiameter:
10mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
10mmLocking Mechanism:
Multiple distal locking holes for static and dynamic locking optionsProximal locking mechanism with an integrated anti-rotation screwCurvature:
Anatomically designed curvature for a better fit within the femoral canalFinish:
Polished or matte finish for reduced friction and improved biocompatibilitySterilization:
Supplied either sterile or non-sterile, depending on the manufacturerIndications:
Suitable for the treatment of intertrochanteric fractures, subtrochanteric fractures, and high subtrochanteric fracturesAdditional Features:
The nail design includes a proximal femoral nail with an anti-rotation screw mechanism to provide stable fixation of the femur.Multiple locking options allow for flexibility in surgical technique and patient-specific anatomy.Titanium offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

Interlocking femur nails (FixZig type) made from SS316L are used for the internal fixation of femoral fractures. Here are the detailed specifications:
Material: Stainless Steel 316LDesign:Type: FixZig type, designed for enhanced stability and alignmentShape: Typically straight or slightly curved to match the femur's anatomyLength: Varies based on patient size and fracture location, usually from 300mm to 500mmDiameter: Common diameters include 9mm, 10mm, and 11mm, designed to fit standard femoral dimensionsInterlocking: Features multiple holes for locking screws to stabilize the nail and prevent rotation or axial movementProximal End: Often includes several locking holes for proximal screwsDistal End: Usually has additional locking holes for distal screwsCorrosion Resistance: High, due to SS316L materialSterility: Typically supplied sterile or can be sterilized before useApplication: Used for treating femoral fractures, including both proximal and distal fractures

Expert Femur Nail SS316L Orthopedic Surgical Nailing Implant SpecificationsMaterial:
Stainless Steel 316L (SS316L)Dimensions:
Length: Typically ranges from 300mm to 480mm, in increments of 20mmDiameter: Available in several diameters, commonly 9mm, 10mm, 11mm, 12mm, and 13mmDesign Features:
Proximal and Distal Locking: Multiple locking options to ensure stable fixation.Cannulated Design: Allows for guided insertion over a guide wire, improving surgical accuracy.Anatomical Curvature: Designed to match the natural shape of the femur, promoting proper alignment.Dynamic and Static Locking Modes: Offers both options to address different types of fractures and promote bone healing.Polished Surface: Reduces friction and irritation to surrounding tissues, promoting patient comfort.Mechanical Properties:
High tensile strength to withstand the mechanical stresses of weight-bearing activities.Corrosion-resistant due to the high-quality SS316L material, ensuring durability within the body.Indications:
Used for the treatment of femoral fractures, including:Diaphyseal fracturesSubtrochanteric fracturesProximal and distal metaphyseal fracturesSegmental fracturesComminuted fracturesSurgical Technique:
Inserted intramedullary into the femur bone, typically under fluoroscopic guidance.Proximal and distal locking screws secure the nail, ensuring stable fixation.Designed to allow both antegrade and retrograde insertion techniques depending on the fracture location and surgical approach.Sterilization:
Supplied sterile, ready for immediate use in surgical settings.Can be sterilized using standard hospital autoclaving procedures if necessary.Regulatory Compliance:
Manufactured in compliance with ISO 13485:2016 standards for medical devices.CE marked, indicating conformity with European health, safety, and environmental protection standards.Accessories and Instruments:
Guide Wire: Facilitates the accurate placement of the femur nail.Insertion Handle: Ensures controlled insertion and positioning of the nail.Locking Screws: Available in various lengths to match the specific requirements of the fracture and patient anatomy.Targeting Device: Assists in the accurate placement of distal locking screws.

The Orthopedic 95° Condylar Plate DCP made from SS316L (Stainless Steel) is designed for stabilizing fractures of the distal femur, especially those involving the condyles. This plate is widely used for complex fractures that occur in the metaphyseal and epiphyseal regions of long bones like the femur. The 95-degree angle provides optimal alignment and fixation for fractures near the knee joint.
Specifications:Material: Made from SS316L (Surgical Grade Stainless Steel), known for its excellent corrosion resistance, strength, and biocompatibility. SS316L is ideal for long-term implantation in the human body.
Screw Compatibility: Designed to be used with 4.5mm cortical screws and 6.5mm cancellous screws, providing strong and reliable fixation.
Plate Type:
95° Condylar Plate: The 95-degree angle is crucial for proper alignment of the distal femur, offering anatomical support and maintaining the correct angle of the joint surface.Features a Dynamic Compression Plate (DCP) design, which helps achieve compression across the fracture site as screws are tightened, enhancing fracture stability and promoting faster healing.Design Features:
95-Degree Angle: The plate is anatomically contoured to match the natural shape of the distal femur, ensuring proper alignment of the femoral condyles and preventing malalignment or deformity during the healing process.Buttress Support: Provides buttress support to resist shear forces, ensuring that the fracture fragments do not collapse or shift out of position.Dynamic Compression: Equipped with oval holes to allow for dynamic compression across the fracture when screws are inserted, promoting enhanced bone healing.Multiple Holes for Screw Placement: The plate typically features multiple screw holes (up to 12 holes) to allow flexible screw placement based on the specific fracture pattern.Thickness: Approximately 4.5mm, providing adequate strength for weight-bearing bones while maintaining a low profile to reduce soft tissue irritation.
Surface Finish: Polished, smooth surface to reduce the risk of soft tissue damage and infection.
Applications:Distal Femur Fractures: The plate is primarily used for fractures of the distal femur, including supracondylar and intercondylar fractures. The 95-degree angle ensures proper alignment of the knee joint, preventing deformities.Periarticular Fractures: Ideal for fractures near the joint surfaces, particularly in weight-bearing areas like the femur.Metaphyseal and Epiphyseal Fractures: Used in fractures near the ends of long bones, where additional support and angular stability are needed to maintain proper alignment.Benefits of SS316L:High Strength: SS316L offers excellent mechanical strength, making it suitable for stabilizing fractures in load-bearing bones like the femur.Corrosion Resistance: The stainless steel alloy resists corrosion in body fluids, ensuring the long-term durability of the implant.Biocompatibility: SS316L is well-tolerated by the body, reducing the risk of allergic reactions or implant rejection.Advantages:Anatomical Design: The 95° condylar plate is contoured to fit the natural shape of the distal femur, ensuring optimal fixation and reducing the risk of malalignment.

A Capner\'s gouge with a deep curved blade and a fiber handle is a specialized orthopedic surgical instrument designed for precise bone cutting, shaping, and removal in spine surgery. The addition of a fiber handle provides ergonomic benefits and enhances control and maneuverability during procedures. Here’s an overview of this instrument and its application in orthopedic spine surgery:Capner\'s Gouge Deep Curved with Fiber Handle in Orthopedic SurgeryFeatures:Deep Curved Blade: The deep curve allows for effective bone cutting and shaping, especially useful in spine surgeries where precise bone removal or cavity creation is required.Sharp Tip: Designed for precise penetration into bone tissue, facilitating accurate bone shaping and removal.Fiber Handle:Ergonomic Benefits: Lightweight design reduces surgeon fatigue during prolonged procedures.Non-slip Grip: Provides a secure hold, enhancing control and precision.Uses:Bone Shaping and Cutting: Used to shape and cut bone surfaces during procedures like laminectomy, spinal fusion, or vertebral body resection.Bone Removal: Facilitates the precise removal of bone tissue or osteophytes to decompress nerves or the spinal cord.Cavity Creation: Helps in creating precise cavities or channels in bone for the placement of implants or hardware during spinal fusion.Example:Capner\'s Gouge Deep Curved with Fiber Handle:Description: Features a deep curved blade with a sharp tip and a fiber handle.Features: Designed for intricate bone procedures in orthopedic spine surgeries, providing enhanced control and precision.Use: Commonly used by surgeons to perform precise bone cutting, shaping, and removal with minimal tissue trauma.Important Considerations:Size: Select the appropriate size of the Capner\'s gouge based on the specific surgical procedure and anatomical considerations.Material: Ensure the instrument is made from high-quality stainless steel for durability and ease of sterilization.Handle Design: Fiber handles should be ergonomic and designed to fit comfortably in the surgeon\'s hand, reducing hand fatigue.Maintenance: Regular cleaning and sterilization are crucial to prevent contamination and maintain instrument functionality.Maintenance Tips:Cleaning: Thoroughly clean the Capner\'s gouge after each use to remove bone debris and maintain sterility.Sterilization: Follow recommended sterilization protocols (e.g., autoclaving) to ensure the instrument is safe for reuse.Storage: Store the instrument in a dry, clean environment to prevent damage and maintain sterility.ConclusionThe Capner\'s gouge with a deep curved blade and fiber handle is a critical instrument in orthopedic spine surgery, allowing surgeons to perform precise bone cutting, shaping, and removal procedures with enhanced control and minimal tissue trauma. Proper selection, usage, and maintenance of this instrument are essential for achieving successful surgical outcomes and ensuring patient safety in spine surgeries.

The Orthopedic Limited Contact Dynamic Compression Plate (LCDCP) for 3.5mm Screw, made from SS316L (Stainless Steel 316L), is a highly effective implant used for fracture fixation, offering dynamic compression while reducing the plate\\'s contact with the bone. This promotes better healing and reduces the risk of bone resorption under the plate. Here are the detailed specifications and features:General Specifications:Material: SS316L (Stainless Steel 316L), known for its excellent corrosion resistance, durability, and biocompatibility, making it suitable for long-term implantation.Plate Thickness: Designed for use with 3.5mm screws, typically suitable for smaller to medium-sized bones such as the radius, ulna, humerus, and clavicle.Design and Structure:Limited Contact Design:The LCDCP is designed to minimize contact with the bone. This helps to preserve periosteal blood supply, which is crucial for proper bone healing, and reduces the risk of bone necrosis under the plate.The plate\\'s underside features scalloped or recessed sections, allowing only part of the plate to make contact with the bone. This reduces the area of bone compression, enhancing healing.Dynamic Compression:The plate includes sloped or inclined holes, designed to apply compression to the fracture as screws are inserted. This dynamic compression helps to promote faster and stronger bone healing by stabilizing and compressing fracture fragments during fixation.Self-compression occurs as the screws are tightened, helping close the fracture gap, which accelerates bone healing.Low-Profile Design: The plate has a low profile, reducing soft tissue irritation and the risk of complications, providing a more comfortable fit for the patient.Hole Configuration:Screw Compatibility: Compatible with 3.5mm cortical screws or 3.5mm locking screws, depending on the fracture pattern and surgical preference.Compression Holes: The sloped design of the holes allows for the screws to pull the bone fragments together as they are tightened, creating dynamic compression across the fracture line.Indications:Fracture Fixation: Commonly used in fractures of small to medium bones like the radius, ulna, clavicle, and humerus.Bone Length Correction: The plate is also useful in procedures where bone length adjustment or correction of alignment is needed.Dynamic Compression Requirement: Ideal for fractures requiring compression across the fracture line to enhance healing, such as simple transverse fractures or oblique fractures.Features:Limited Bone Contact: The scalloped underside reduces the surface area in contact with the bone, which helps to maintain blood flow to the bone and promotes more natural healing.Dynamic Compression: The sloped hole design allows for the application of dynamic compression, ensuring the fracture fragments are tightly compressed and held together during healing.Versatile Use: The LCDCP for 3.5mm screws is versatile and suitable for various fracture types, especially where compression and minimal bone contact are desirable.Benefits:Reduced Risk of Bone Necrosis: The limited contact with the bone helps reduce the likelihood of bone resorption and necrosis, which can be a concern with full-contact plates.Enhanced Healing: By promoting dynamic compression, the plate encourages bone fragment stabilization, leading to quicker and more robust healing.Improved Biomechanical Stability: The plate provides strong biomechanical support, ensuring proper fixation of the fracture while allowing natural bone healing processes to occur.Corrosion Resistance: SS316L offers excellent corrosion resistance, ensuring the plate remains stable and functional for long-term implantation.

The Orthopedic Proximal Tibia Plate DCP 3.5mm Left SS316L Surgical Implant is specifically designed for the fixation of fractures in the left proximal tibia. Here’s a detailed overview of its specifications and features:
Specifications:Material: SS316L (Stainless Steel 316L)Properties: High tensile strength, excellent corrosion resistance, and good biocompatibility, making it suitable for long-term implantation.Plate Thickness: 3.5mmDesign: Provides a balance of strength and a low-profile design to minimize soft tissue irritation.Design Features:Dynamic Compression Plate (DCP) Design:
Compression Mechanism: Features oblong holes that allow dynamic compression. This design helps in compressing the fracture fragments together as screws are tightened, which enhances stability and promotes healing.Contoured Shape: Specifically contoured to fit the anatomical curvature of the left proximal tibia, which helps in proper alignment and reduces the need for additional adjustments during surgery.Left-Sided Plate:
Orientation: Designed for use on the left proximal tibia, ensuring correct anatomical alignment and fit.Hole Configuration:Screw Compatibility:Screw Size: Designed to accommodate 3.5mm screws, including cortical screws and potentially locking screws depending on the surgical requirements.Hole Types: Includes compression holes for 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 complex or comminuted fractures where additional support and stability are needed.Benefits:Enhanced Stability:
The dynamic compression mechanism helps in stabilizing fractures by reducing the gap between fracture fragments, supporting better bone healing.Reduced Soft Tissue Irritation:
The low-profile design minimizes irritation to surrounding soft tissues, leading to improved postoperative comfort.Durability:
SS316L’s corrosion resistance and strength ensure that the implant remains effective and durable over time.Applications:Open Reduction and Internal Fixation (ORIF):
Used in ORIF procedures to stabilize fractures in the proximal tibia, ensuring proper alignment and fixation.Fracture Management:
Ideal for both acute fractures and complex fracture patterns in the proximal tibia.Advantages of SS316L:Corrosion Resistance: Ensures the implant remains stable and functional in the body.Biocompatibility: Minimizes the risk of adverse reactions with body tissues.The Orthopedic Proximal Tibia Plate DCP 3.5mm Left SS316L Surgical Implant provides a reliable solution for managing fractures of the left proximal tibia. Its dynamic compression capabilities, anatomical contouring, and the robust properties of SS316L make it an effective choice for orthopedic fracture fixation.

The Orthopedic Small T Plate with a Right-Angled Head and 4 Holes made from SS316L is a specialized implant used for internal fixation of fractures in small bones. The T-plate design is optimized for stability and alignment, particularly in scenarios where the right-angle configuration provides specific advantages.
Specifications:Material: Stainless Steel 316L (SS316L)Plate Thickness: Typically around 3.5mm, but can vary.Design:Shape: T-shaped plate with a right-angled head.Number of Holes: 4 holes, arranged to offer stable fixation.Hole Diameter: Designed to accommodate 3.5mm cortical screws.Dimensions: Length and dimensions of the right-angled head will vary based on specific requirements and customization.Features:Corrosion Resistance: SS316L provides excellent resistance to corrosion, suitable for long-term use in the body.Biocompatibility: The material is highly biocompatible, reducing the risk of adverse reactions in surrounding tissues.Right-Angled Head: The right-angled design provides additional stability and alignment at the junction of the T-plate, which can be beneficial for specific fracture types or anatomical locations.Pre-Contoured: Some versions may be pre-shaped to fit anatomical curves, though others might require intraoperative adjustment.Smooth Edges: Designed with smooth, rounded edges to minimize irritation and discomfort to surrounding soft tissues.Application:Indications:Ideal for the fixation of fractures in small bones where the right-angled T-plate configuration provides optimal support and alignment.Suitable for both simple and complex fractures, particularly where precise alignment and stability are crucial.Surgical Use:Can be used in both open and closed fracture fixation procedures.Useful in trauma and orthopedic surgeries where the T-plate’s design offers enhanced fixation.Benefits:Enhanced Stability: The right-angled head provides additional support and alignment at the fracture site, helping to maintain proper positioning and stability.Precise Fixation: The plate’s design ensures accurate alignment and compression of the fracture, which is essential for effective healing.Versatility: The T-shape and right-angled head offer versatile application options for various fracture types and anatomical areas.Reduced Soft Tissue Irritation: The smooth, rounded edges help to minimize irritation and discomfort to surrounding tissues.The Orthopedic Small T Plate with a Right-Angled Head and 4 Holes made from SS316L is a reliable implant for orthopedic surgeons seeking to stabilize fractures in small bones. Its right-angled design and biocompatible material provide effective support and alignment, promoting optimal healing and recovery.

The Orthopedic Small T Plate with an Oblique Angled Head, made from SS316L, is designed for precise fixation of fractures in small bones. The oblique angle allows for specific applications where an angled plate provides optimal alignment and support.
Specifications:Material: Stainless Steel 316L (SS316L)Plate Thickness: Typically around 3.5mm, but can varyDesign:Shape: T-shaped plate with an oblique angled head, available in both left and right configurations.Number of Holes: Usually available with 3 or more holes, depending on the specific plate design and surgical needs.Hole Diameter: Designed to accommodate 3.5mm cortical screws.Dimensions: Length and exact dimensions of the oblique angled head vary based on specific requirements.Features:Corrosion Resistance: SS316L provides excellent resistance to corrosion, suitable for long-term use in the body.Biocompatibility: SS316L is highly biocompatible, reducing the risk of adverse reactions in surrounding tissues.Oblique Angled Head: The oblique angle of the plate helps in achieving precise alignment and fixation at the fracture site, particularly in areas where standard plates may not fit well.Pre-Contoured: May be pre-shaped to fit anatomical curves, but can also be adjusted during surgery.Smooth Edges: Designed with rounded or smooth edges to minimize irritation to surrounding soft tissues.Application:Indications:Suitable for fractures in small bones where an oblique angle provides better fixation and alignment.Often used in complex fracture cases or where traditional plates do not offer optimal support.Surgical Use:Can be used in both open and closed fracture fixation procedures.Ideal for trauma surgeries or other orthopedic applications where precise alignment and stability are crucial.Benefits:Enhanced Fixation: The oblique angled head provides additional stability and alignment at the fracture site.Versatility: Available in both left and right configurations, allowing for customized fixation based on the anatomical location and fracture type.Strength and Durability: SS316L is known for its strength and durability, ensuring reliable fixation.Reduced Soft Tissue Irritation: The smooth, rounded edges help minimize irritation and discomfort to surrounding tissues.The Orthopedic Small T Plate with an Oblique Angled Head made from SS316L is a specialized implant designed to provide precise fixation and alignment for fractures in small bones. Its design offers flexibility and adaptability in complex surgical scenarios, ensuring optimal support and stability during the healing process.

The Orthopedic Small T Plate with an Oblique Angled Head, made from Titanium, is a specialized implant used for precise fixation of fractures in small bones. This plate is available in both left and right configurations and is designed to provide optimal support and alignment where an oblique angle is beneficial.
Specifications:Material: Titanium (Ti-6Al-4V ELI Grade)Plate Thickness: Typically around 3.5mm, but can vary depending on the design.Design:Shape: T-shaped plate with an oblique angled head.Number of Holes: Generally available with 3 or more holes, tailored to specific needs.Hole Diameter: Designed to accommodate 3.5mm cortical screws.Dimensions: Varies based on the number of holes and the specific configuration of the oblique angle.Features:Biocompatibility: Titanium is highly biocompatible, reducing the risk of adverse tissue reactions and improving overall patient outcomes.Corrosion Resistance: Titanium offers excellent resistance to corrosion, making it suitable for long-term implantation.Oblique Angled Head: The oblique angle of the plate allows for precise alignment and fixation at the fracture site, particularly useful in anatomical areas where traditional plates may not provide optimal support.Pre-Contoured: Some plates may be pre-shaped to fit anatomical curves, but they can also be adjusted during surgery as needed.Smooth Edges: Designed with smooth, rounded edges to minimize irritation and discomfort to surrounding soft tissues.Application:Indications:Ideal for fractures in small bones where an oblique angle provides better support and alignment.Particularly useful in complex fracture cases or anatomical areas where standard plates are not suitable.Surgical Use:Can be used in both open and closed fracture fixation procedures.Suitable for trauma surgeries and other orthopedic applications requiring precise alignment and stability.Benefits:Enhanced Stability: The oblique angled head provides additional stability and precision in fixation, aiding in proper alignment and support of the fracture site.Versatility: Available in left and right configurations, allowing for tailored application based on the specific fracture and anatomical location.Strength and Lightweight: Titanium offers a high strength-to-weight ratio, providing durability without adding excessive weight.Reduced Soft Tissue Irritation: The plate’s smooth edges help minimize irritation to surrounding tissues, improving patient comfort.The Orthopedic Small T Plate with an Oblique Angled Head made from Titanium is designed to offer specialized fixation and alignment for fractures in small bones. Its oblique angle and biocompatible material make it a reliable choice for complex fractures, ensuring effective stabilization and support during the healing process.

Kuntscher Cloverleaf Nail Bend For Tibia Dia. 9.0mm SS316L4182.09.26 Length 260mm4182.09.27 Length 270mm4182.09.28 Length 280mm4182.09.29 Length 290mm4182.09.30 Length 300mm4182.09.31 Length 310mm4182.09.32 Length 320mm4182.09.33 Length 330mm4182.09.34 Length 340mm4182.09.35 Length 350mm4182.09.36 Length 360mm4182.09.37 Length 370mm4182.09.38 Length 380mm4182.09.39 Length 390mm4182.09.40 Length 400mm4182.09.41 Length 410mm4182.09.42 Length 420mm4182.09.43 Length 430mm4182.09.44 Length 440mm

Here are the specifications for an Orthopedic Kuntscher Cloverleaf Nail Bend For Tibia with a diameter of 9.0mm, made from SS316L:
Kuntscher Cloverleaf Nail Bend For Tibia Dia. 9.0mm SS316LMaterial:
SS316L (Stainless Steel 316L)Biocompatible and corrosion-resistantDiameter:
9.0mmLength Options:
Varies based on manufacturer, typically available in a range of lengths suitable for tibial fixationDesign Features:
Cloverleaf cross-section for increased rotational stabilitySpecific bend design for optimal fit in the tibiaProximal and distal holes for locking screwsSmooth surface finish to reduce tissue irritationTapered ends to facilitate insertion and minimize bone traumaIndications:
Tibial shaft fracturesLong bone fractures requiring intramedullary fixationSterilization:
Supplied sterile or non-sterileCan be sterilized using standard hospital protocols (autoclaving)Compliance:
Conforms to international standards for orthopedic implants (e.g., ISO 5832-1 for metallic materials)Additional Components:
Locking screwsEnd caps (optional)

Kuntscher Cloverleaf Nail Bend For Tibia Dia. 10.0mm SS316L4182.10.26 Length 260mm4182.10.27 Length 270mm4182.10.28 Length 280mm4182.10.29 Length 290mm4182.10.30 Length 300mm4182.10.31 Length 310mm4182.10.32 Length 320mm4182.10.33 Length 330mm4182.10.34 Length 340mm4182.10.35 Length 350mm4182.10.36 Length 360mm4182.10.37 Length 370mm4182.10.38 Length 380mm4182.10.39 Length 390mm4182.10.40 Length 400mm4182.10.41 Length 410mm4182.10.42 Length 420mm4182.10.43 Length 430mm4182.10.44 Length 440mm

Here are the specifications for an Orthopedic Kuntscher Cloverleaf Nail Bend For Tibia with a diameter of 10.0mm, made from SS316L:
Kuntscher Cloverleaf Nail Bend For Tibia Dia. 10.0mm SS316LMaterial:
SS316L (Stainless Steel 316L)Biocompatible and corrosion-resistantDiameter:
10.0mmLength Options:
Varies based on manufacturer, typically available in lengths suitable for tibial fixationDesign Features:
Cloverleaf cross-section for increased rotational stabilitySpecific bend design for optimal fit in the tibiaProximal and distal holes for locking screwsSmooth surface finish to reduce tissue irritationTapered ends to facilitate insertion and minimize bone traumaIndications:
Tibial shaft fracturesLong bone fractures requiring intramedullary fixationSterilization:
Supplied sterile or non-sterileCan be sterilized using standard hospital protocols (autoclaving)Compliance:
Conforms to international standards for orthopedic implants (e.g., ISO 5832-1 for metallic materials)Additional Components:
Locking screwsEnd caps (optional)

4.SI5172.16 4.0 x 12mm4.SI5172.17 4.0 x 14mm4.SI5172.18 4.0 x 16mm4.SI5172.19 4.0 x 18mm4.SI5172.20 4.0 x 20mm4.SI5172.21 4.0 x 22mm4.SI5172.22 4.0 x 24mm4.SI5172.23 4.0 x 26mm4.SI5172.24 4.0 x 28mm4.SI5172.25 4.0 x 30mm4.SI5172.26 4.0 x 32mm4.SI5172.27 4.0 x 34mm4.SI5172.28 4.0 x 36mm4.SI5172.29 4.0 x 38mm4.SI5172.30 4.0 x 40mmThe Orthopedic 4.0mm Lateral Mass Screw with Inner Nut Titanium Spine Implant is used in spinal surgeries for stabilizing the cervical spine by fixing the lateral mass. This type of screw is critical for posterior cervical fusion procedures, providing secure anchorage in the bone.
Key Specifications:Diameter: 4.0mmMaterial: Titanium alloy (commonly Ti-6Al-4V), known for its high strength, lightweight properties, and excellent biocompatibility.Length: Typically available in various lengths, ranging from 10mm to 24mm, allowing for flexibility based on the patient's anatomy.Inner Nut: Includes an inner nut that provides additional fixation by locking the screw in place, reducing the risk of screw backout or loosening post-surgery.Head Design: The head is typically low-profile to minimize irritation and interference with surrounding tissues. It often has a hexagonal or star drive for easy insertion and removal.Screw Type: The screw may be cannulated or solid, with threads designed for strong bone purchase.Application: Used in posterior cervical spine fixation procedures, often in conjunction with rods or plates, to stabilize the spine and facilitate fusion.

Titanium half rings are a key component of the Ilizarov external fixator system, offering several advantages due to the properties of titanium. Here are the specifications and details for titanium orthopedic Ilizarov half rings:
MaterialTitanium: Known for its high strength-to-weight ratio, corrosion resistance, and biocompatibility, making it an excellent choice for orthopedic applications.DimensionsSize Options: Titanium half rings are available in various diameters to suit different patient anatomies and surgical requirements. Common diameters include:120mm
140mm160mm180mm200mm220mmFeaturesPre-Drilled Holes: Uniformly spaced holes around the ring to allow for the attachment of rods, wires, and other components.Smooth Edges: Minimizes soft tissue irritation and reduces the risk of complications.Radiolucent Markings: Some rings may have markings to aid in alignment and positioning under imaging.Lightweight: Titanium's lower density compared to stainless steel makes the half rings lighter, enhancing patient comfort.UsageComplex Limb Procedures: Used in the Ilizarov system for deformity corrections, bone lengthening, and fracture stabilization.Modular System: Can be combined with full rings, rods, and other components to create a customized external fixator construct.CompatibilityRods and Wires: Designed to be compatible with various diameters of rods (e.g., 4.0mm, 5.0mm, 6.0mm) and tensioned wires.Clamps and Hinges: Can be used with different types of clamps and hinges to facilitate precise adjustments and corrections.Additional ConsiderationsSterilization: Must be sterilized before use in surgical procedures.Regulatory Compliance: Should meet relevant medical device regulations and standards for safety and efficacy.AdvantagesLightweight: Reduces the overall weight of the fixator system, improving patient comfort and mobility.High Strength: Provides strong and durable support while being lighter than stainless steel.Biocompatibility: Titanium is well-tolerated by the body, reducing the risk of adverse reactions.Corrosion Resistance: Titanium is highly resistant to corrosion, ensuring long-term durability.DisadvantagesCost: Titanium is generally more expensive than stainless steel, which may impact the overall cost of the fixator system.Complexity: Requires careful planning and expertise to assemble and adjust correctly.Titanium half rings are a valuable component of the Ilizarov external fixator system, offering strength, durability, and enhanced patient comfort due to their lightweight nature. They enable precise and customizable treatment plans for various orthopedic conditions.

Orthopedic PFNA 2 Nail 12mm Dia. Titanium Nailing Implant SpecificationsMaterial:
TitaniumDiameter:
12mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
12mmLocking Mechanism:
Multiple distal locking holes for static and dynamic locking optionsProximal locking mechanism with an integrated anti-rotation screwCurvature:
Anatomically designed curvature for a better fit within the femoral canalFinish:
Polished or matte finish for reduced friction and improved biocompatibilitySterilization:
Supplied either sterile or non-sterile, depending on the manufacturerIndications:
Suitable for the treatment of intertrochanteric fractures, subtrochanteric fractures, and high subtrochanteric fracturesAdditional Features:
The nail design includes a proximal femoral nail with an anti-rotation screw mechanism to provide stable fixation of the femur.Multiple locking options allow for flexibility in surgical technique and patient-specific anatomy.Titanium offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

Olive wires are commonly used in orthopedic external fixators for stabilizing bones during fracture treatment. Here are the specifications for an Olive Wire with a 1.5mm diameter, trocar point, and a length of 400mm:
Diameter: 1.5mmPoint Type: Trocar (a three-sided, sharp-pointed tip used for precise drilling)Length: 400mmMaterial: Typically made of stainless steel or titanium for strength and biocompatibilityThese wires are often used in conjunction with external fixator frames to provide additional stability and precise alignment of bone fragments.

Titanium end caps for interlocking tibia and femur nails (Fix-Zig type) are designed to secure and close off the ends of the nails, providing additional stability. Here are the detailed specifications:
Material: Titanium alloy (commonly Ti-6Al-4V)Design:Shape: Typically rounded or conical to ensure a snug fit at the end of the nailFunction: Seals the nail to prevent the ingress of debris and biological matter; enhances stability within the boneDimensions: Designed to match the diameter of the corresponding tibia and femur nails; commonly available in sizes that fit 8mm, 9mm, 10mm, and 11mm diameter nailsCorrosion Resistance: Excellent, due to the titanium alloy materialBiomechanics: Designed to integrate seamlessly with the interlocking nail system, ensuring minimal protrusion and a smooth surfaceWeight: Lightweight, reducing patient discomfortBiocompatibility: High biocompatibility, minimizing the risk of allergic reactions and promoting better integration with boneSterility: Typically supplied sterile or can be sterilized before useApplication: Used to cap the ends of both tibia and femur nails to prevent infection and ensure a secure fit within the bone