Jindal Medi Surge

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.

Orthopedic PFNA 2 Nail 11.0mm Dia. SS316L Nailing Implant SpecificationsMaterial:
Surgical Stainless Steel 316L (SS316L)Diameter:
11.0mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
11.0mmLocking 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.The SS316L material offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

Orthopedic PFNA 2 Nail 10.0mm Dia. SS316L Nailing Implant SpecificationsMaterial:
Surgical Stainless Steel 316L (SS316L)Diameter:
10.0mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
10.0mmLocking 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.The SS316L material offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

Orthopedic PFNA 2 Nail 9mm Dia. SS316L Nailing Implant SpecificationsMaterial:
Surgical Stainless Steel 316L (SS316L)Diameter:
9mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
9mmLocking 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.The SS316L material offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

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.

Orthopedic PFNA 2 Nail 9mm Dia. Titanium Nailing Implant SpecificationsMaterial:
TitaniumDiameter:
9mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
9mmLocking 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.

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.

Orthopedic PFNA 2 Nail 12.0mm Dia. SS316L Nailing Implant SpecificationsMaterial:
Surgical Stainless Steel 316L (SS316L)Diameter:
12.0mmLength:
Variable, typically ranging from 170mm to 460mmProximal Diameter:
Larger than the shaft, often around 15-17mm to accommodate the femoral head screwDistal Diameter:
12.0mmLocking 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.The SS316L material offers high strength, corrosion resistance, and biocompatibility, ensuring durability and safety in orthopedic applications.

Orthopedic PFN-II Nail Set Nailing Instrument SpecificationsInstrument Set Components:
Nail Insertion Instruments:
Nail Driver: Used for inserting the PFN-II nail into the femoral canal.Insertion Guide: Assists in the precise placement of the nail within the medullary canal.Locking Instruments:
Locking Drill: For creating holes in the bone for locking screws.Locking Screwdriver: Used to insert and tighten the locking screws into the nail.Alignment and Positioning Instruments:
Guide Rods: Provide alignment and positioning guidance during nail insertion.Alignment Pins: Used to stabilize the nail and ensure correct alignment.Reduction Instruments:
Reduction Forceps: Assist in the reduction of the fracture prior to nail insertion.Bone Holding Forceps: Hold the fractured bone in place during the procedure.Screw and Pin Instruments:
Screw Extractor: For removing screws if needed.Pin Remover: For the removal of guide pins or temporary fixation pins.Measuring Instruments:
Depth Gauge: Measures the depth of holes for screws or nails.Nail Sizer: Assists in selecting the appropriate nail size.Other Accessories:
Coupling Devices: Connect various instruments to ensure compatibility and ease of use.Reamers: Used for enlarging the medullary canal to fit the nail.Material:
Typically made from high-quality stainless steel or titanium to ensure durability and resistance to corrosion.Finish:
Instruments usually have a polished or matte finish for ease of cleaning and to reduce friction.Sterilization:
Instruments are supplied sterile or can be sterilized prior to use, depending on manufacturer protocols.Indications:
Designed for use in orthopedic procedures involving the PFN-II nail, which is used for the fixation of femoral fractures, including intertrochanteric, subtrochanteric, and femoral head fractures.Additional Features:
Precision engineering for accurate placement and alignment of the nail.Ergonomic design for ease of handling and reduced surgical fatigue.

Orthopedic End Cap for PFNA2 Nailing Implant SpecificationsMaterial:
Typically made from materials like Titanium or Surgical Stainless Steel (SS316L)Diameter:
Designed to fit the specific diameter of the PFNA2 nail (e.g., 9mm, 10mm, 11mm, 12mm)Length:
Varies depending on the nail length and the specific design of the end capDesign Features:
Purpose: Provides closure for the end of the PFNA2 nail, ensuring proper alignment and stability of the implant.Locking Mechanism: Often features a locking mechanism to secure the cap in place and prevent migration or loosening.Shape: Usually cylindrical or slightly tapered to match the profile of the nail.Finish:
Available in polished or matte finishes to reduce friction and improve biocompatibility.Sterilization:
Supplied either sterile or non-sterile, depending on the manufacturer and packagingIndications:
Used to close the end of the PFNA2 nail in orthopedic procedures, providing additional stability and protection for the implant.Additional Features:
Ensures a secure fit with the PFNA2 nail, reducing the risk of complications and enhancing the overall stability of the fixation system.The choice of material (Titanium or SS316L) ensures strength, corrosion resistance, and biocompatibility.

PFNA 2 Helical Blade Screw
60mm65mm70mm75mm80mm85mm90mm95mm100mm105mm110mm115mm120mm

Orthopedic PFNA 2 Helical Blade Screw SpecificationsMaterial:
Typically made from high-strength materials like Titanium or Stainless Steel (SS316L)Diameter:
Usually ranges from 8mm to 12mmLength:
Variable, depending on the specific clinical requirements and patient anatomyDesign Features:
Helical Blade: Designed with a helical or spiral shape to provide enhanced rotational stability and improved fixation within the femoral head.Blade Surface: Often features a serrated or threaded surface to secure the blade firmly in the bone and prevent slippage.Locking Mechanism:
Integrates with the PFNA 2 nail system for stable and secure fixationIncludes locking options to ensure the blade remains in place once insertedCurvature and Shape:
Anatomically designed to fit the contours of the femoral head, with a curved or angled blade to ensure optimal placement and stability.Finish:
Available in polished or matte finishes to reduce friction and enhance biocompatibility.Sterilization:
Supplied either sterile or non-sterile, depending on the manufacturer and packagingIndications:
Primarily used in conjunction with PFNA 2 nails for the treatment of proximal femoral fractures, such as intertrochanteric and subtrochanteric fracturesAdditional Features:
Provides superior stability compared to traditional screws due to its helical design, which helps in resisting rotational forces.Offers high strength and durability with materials like Titanium or SS316L, ensuring reliable performance in orthopedic applications.