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SURGICALS SET
We are a leading Manufacturer of small fragment instrument set locking, bipolar instruments set, large fragaments set locking, screw removal set, dhs dcs instrument set and broken nail removal set from Jalandhar, India.
Small Fragment Instrument Set Locking
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Product Details:
| Type | Surgical Equipments |
The Small Fragment Locking Instrument Set is a core surgical system used in orthopedic and trauma surgery, specifically designed for the internal fixation of fractures in smaller bones or where bone fragments are small.1
It is highly versatile and primarily utilizes plates and screws in the 2.7 mm, 3.5 mm, and 4.0 mm size categories, with a key focus on the Locking Compression Plate (LCP) technology.
🔨 Small Fragment Locking Set: Product Description
Core Function and Procedures
The main purpose of this set is to provide a rigid, angularly stable construct for fracture fixation, which is crucial for early patient mobilization and optimal healing, especially in areas with limited soft tissue coverage or compromised bone quality.2
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Primary Indications: Fractures of the Distal Radius (wrist), Clavicle (collarbone), Olecranon (elbow), Ulna and Radius (forearm), Fibula and Distal Tibia (ankle/lower leg), and Hand/Foot bones (metacarpals, phalanges).
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Locking Technology: The defining feature is the use of Locking Compression Plates (LCP).3 These plates have Combi-holes that accept both traditional cortex screws (for compression) and special locking screws.4
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Fixed-Angle Construct: When a locking screw is tightened, its threaded head locks securely into the threaded hole of the plate.5 This creates a fixed-angle construct that acts like an internal fixator, stabilizing the fragments without relying on plate-to-bone compression. This is highly beneficial for comminuted fractures or in osteopenic (poor quality) bone.
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Bipolar Instruments Set
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Product Details:
| Sterile/ Non Sterile | Non Sterile |
| Disposable/ Reusable | Reusable |
| Usage/Application | Hospital |
| Packaging Type | Box |
| Brand | Sculape India |
| Country of Origin | Made in India |
This is a great question, as "Bipolar Instruments Set" can refer to two very different types of surgical sets: Orthopedic (Hip Arthroplasty) or Electrosurgical.
Since you provided an image of a surgical instrument case, I will focus on the Orthopedic Bipolar Hip Instrument Set, which is the most likely context.
⚕️ Bipolar Hip Instruments Set Description
A Bipolar Hip Instrument Set is a specialized collection of surgical tools used by orthopedic surgeons to perform hip hemiarthroplasty—a procedure to replace the femoral head (ball) of the hip joint, typically to treat a femoral neck fracture or avascular necrosis, using a bipolar hip prosthesis.1
Purpose of the Set
The primary function of this set is to prepare the femur and the hip joint, insert the components of the bipolar prosthesis, and ensure proper fit and stability.2 The bipolar implant itself features a mobile inner head within an outer shell, which requires specific instruments for handling and placement.3
Key Instruments and Their Functions
The set is organized to guide the surgeon through the steps of the operation. Key components often include:
| Instrument Category | Specific Tools (Examples) | Primary Function |
| Preparation & Reaming | Rasps for Bi-Polar, Femoral Rasps | Used to shape the hollow inside of the femur (medullary canal) to precisely fit the femoral stem of the hip prosthesis. |
| Taper Reamers, Straight Reamers | Used to clean and enlarge the acetabulum (hip socket) or femoral canal. | |
| Exposure & Retraction | Murphy Lane Bone Skid, Judet Retractor | Used to retract tissue, muscle, and bone to provide the surgeon with a clear view and access to the surgical site. |
| Measurement & Trial | Measuring Gauge for Prosthesis | A set of trial heads and cups used to assess the correct size and positioning of the final implant components before they are permanently secured. |
| Femoral Head Trial | Temporary components to check for fit and range of motion. | |
| Implantation | Impactor (Nylon Faced or Tufnol Faced) | Used to gently tap and drive the femoral stem and other prosthetic components (like the bipolar cup) securely into place. |
| Extraction & Removal | Bipolar Extractor with Hooks, Judet Auger Extractor | Tools designed to remove the fractured femoral head and, if necessary, to extract or reposition the prosthetic components. |
| Bone Work | Moore Hollow Chisel, Bone Hammer | Used for cutting, shaping, and removing bone during the surgical preparation. |
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Large Fragaments Set Locking
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Product Details:
| Material | Stainless Steel |
| Disposable/ Reusable | Reusable |
| Brand | Scualpe India |
| Color | Silver |
| Packaging Type | Box |
| Usage/Application | Hospital |
The Large Fragment Locking Set is a specialized collection of surgical instruments and implants used in orthopedic surgery, primarily for the fixation of fractures in large long bones like the femur (thigh bone), tibia (shin bone), and humerus (upper arm bone).
This system is characterized by the use of Locking Compression Plates (LCP), which merge traditional plating techniques with modern locking screw technology to create a strong, fixed-angle construct.
🎯 Primary Function and Benefits
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Fracture Stabilization: The set is used for the Open Reduction and Internal Fixation (ORIF) of complex or comminuted (multi-fragment) fractures.
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Fixed-Angle Construct: The core benefit is that the screws thread and lock directly into the plate holes. This converts the plate-screw assembly into a single, angularly stable unit, which is particularly beneficial in:
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Osteopenic (Weak) Bone: It prevents the screws from pulling out (screw back-out) since stability doesn't rely on compressing the plate to the bone.
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Multi-fragment Fractures: The fixed angle helps maintain reduction without collapsing the fracture fragments.
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Reduced Vascular Trauma: Unlike traditional plating, the locking construct does not require the plate to be tightly compressed against the bone, which helps preserve the bone's vascular supply, potentially aiding in healing.
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Versatility: The plates often feature "Combi-holes" that can accept either a standard non-locking screw (to achieve interfragmentary compression or pull the plate to the bone) or a threaded locking screw.
🛠️ Typical Components of the Instrument Set
The set includes specialized tools for handling large plates and screws (typically 4.5 mm and 5.0 mm locking systems). Key instruments often found in the set include:
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Drilling Instruments:
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Drill Bits and Drill Guides: For creating pilot holes for both cortex (standard) and locking screws.
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Threaded Drill Sleeves: Crucial for aligning the drill bit perfectly perpendicular to the locking plate hole to ensure the locking screw correctly engages the plate threads.
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Reduction Instruments:
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Bone Holding and Reduction Forceps: Used to manipulate and temporarily hold the large bone fragments in the correct anatomical position before plate fixation.
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Sharp Hook: For fine adjustments of the plate position.
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Screw and Plate Instruments:
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Screwdrivers (Hexagonal and Torque Limiting): The torque-limiting screwdriver ensures the locking screws are inserted with the correct force to fully lock into the plate without stripping the threads.
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Depth Gauge: For measuring the required length of the screws.
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Taps: Used to pre-cut threads in the bone for non-self-tapping screws.
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Plate Benders: Tools used to contour the plates to match the complex shape of the patient's bone (though locking plates often require less bending than traditional plates).
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SCREW REMOVAL SET
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Product Details:
| Material | Stainless Steel |
A Screw Removal Set (also often called a Broken Screw Removal Set or Screw Extraction Set) is a highly specialized kit of surgical instruments primarily used in orthopedic and trauma surgery. Its core function is the safe and efficient retrieval of surgical screws, especially those that are damaged, stripped, or broken within the patient's bone.
🔩 Screw Removal Set: Product Description
Primary Purpose
The set is a comprehensive system designed to address complications during implant removal (explantation). It provides the necessary tools to remove:
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Intact Screws: Using standard, universal drivers.
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Damaged or Stripped Screws: Screws whose head or recess has been deformed, making engagement with a standard screwdriver impossible.
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Broken or Sheared Screws: Screws whose head has completely separated from the shaft, leaving the shaft fragment embedded in the bone.
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Stuck or Jammed Screws: Screws that have become "cold-welded" or firmly seated in the plate or bone.
Key Components and Function
The versatility of the set comes from its wide variety of specialized instruments, typically made from high-grade, reusable, autoclavable surgical stainless steel.
| Instrument Type | Purpose | How it Works |
| Universal Screwdrivers | For initial attempts to remove intact screws. | Includes shafts for all common screw drives: Hex, Torx (StarDrive™), Phillips, Slotted, Square, in various sizes. |
| Conical Extraction Screws | For screws with a damaged or stripped recess/head. | These instruments have an aggressive, conical, reversed thread that is inserted into the damaged screw head. Turning counter-clockwise forces the tip to grip the recess core and extract the screw. |
| Hollow Reamers (Trephines) | To expose deeply buried or broken screw shafts. | These are tube-like tools with sharp, often reverse-threaded, cutting edges. They ream (drill) away the bone surrounding the screw head or shaft, allowing access for other extractors. |
| Extraction Bolts | For removing exposed broken screw fragments. | These bolts often have a unique internal or external thread that engages directly with the exposed shaft of the broken screw, allowing it to be gripped and removed. |
| Screw Removal Forceps/Pliers | For grasping screw fragments close to the bone surface. | Specialized pliers with slim, strong jaws designed to grip a small, exposed portion of a screw fragment for final removal. |
| Handles | To provide leverage and control. | Includes T-Handles and Straight Handles with quick-connect features to couple with various screwdriver and extractor shafts. |
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Dhs Dcs Instrument Set
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Product Details:
| Type | Surgical Equipments |
| Material | Steel |
| Brand | Sculape India |
| Country of Origin | Made in India |
A DHS/DCS Instrument Set is a specialized, comprehensive kit of surgical tools used in orthopedic surgery to implant the Dynamic Hip Screw (DHS) and the Dynamic Condylar Screw (DCS) systems. These systems are essential for providing strong, stable internal fixation of specific fractures in the upper and lower femur (thigh bone).
🦴 DHS / DCS Instrument Set: Product Description
Core Function and Procedures
The set contains all the necessary instruments for the surgical technique required to implant the corresponding plates and screws:
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Dynamic Hip Screw (DHS): Used primarily to treat fractures of the proximal femur, such as intertrochanteric and basilar neck fractures. The design allows the lag screw (inserted into the femoral head) to slide within the barrel of the plate, providing controlled collapse and compression at the fracture site to enhance healing.
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DHS Plates typically have a 130° or 135° barrel angle.
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Dynamic Condylar Screw (DCS): Used primarily to treat fractures of the distal femur (around the knee joint) and certain subtrochanteric fractures.
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DCS Plates typically have a 95° barrel angle.
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Key Instruments and Their Role
The instrument set is highly specialized, and its contents allow the surgeon to follow a precise, multi-step surgical technique. Key instruments found in most sets include:
| Instrument | Function | Purpose in Procedure |
| Guide Wire (Threaded Pin) | A thin, threaded pin used for initial alignment. | Establishes the exact trajectory and depth for the lag screw. |
| Angle Guide / Centering Sleeve | Devices specific to the DHS (e.g., 135°) and DCS (e.g., 95°) systems. | Ensures the guide wire is inserted at the correct, pre-determined angle to match the plate. |
| Triple Reamer (or Cannulated Reamer) | A multi-stage cutting tool with increasing diameters. | Prepares the bone by progressively reaming a path for the lag screw and the plate barrel. |
| Tap (Lag Screw Tap) | A tool used to cut threads into the bone. | Taps the bone to ensure easy and proper insertion of the final lag screw. |
| Direct Measuring Device / Depth Gauge | A calibrated device. | Precisely measures the length of the tunnel created, ensuring the correct length of the lag screw is selected. |
| Impactor | A tool used with a surgical mallet. | Gently drives the plate barrel onto the lag screw, achieving a secure fit against the femur. |
| Wrenches / Coupling Screws | Specialized tools with quick-coupling handles. | Used to insert, remove, and tighten the compression screw and the lag screw within the plate. |
| Drill Bits & Drill Guides | Used for cortical screw fixation. | Creates holes for the smaller cortical screws that secure the long plate section to the femoral shaft. |
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Broken Nail Removal Set
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Product Details:
| Color | Silver |
| Packaging Type | Box |
| Brand | Sculape India |
The Broken Nail Removal Set, also commonly known as the Intramedullary (IM) Nail Extraction Set, is a specialized kit used in orthopedic trauma surgery to remove broken, damaged, or stuck internal fixation devices, particularly long rods (nails) inserted into the medullary canal of long bones (like the femur, tibia, or humerus).
This is a revision surgery set, used when the original implant has failed, is causing complications, or when fracture healing is complete.
🔩 Broken Nail Removal Set: Product Description
Core Function and Purpose
The primary function of the set is to establish a secure connection with the broken or damaged fragment of the intramedullary nail and apply controlled force to remove it from the bone cavity while minimizing damage to the surrounding bone and soft tissue.
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Indication: Removal of intramedullary nails (cannulated or solid) that are broken, fractured, stuck, or have stripped/damaged threads at the insertion site.
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Challenge: The main challenge is securing a grip inside a broken nail fragment that is deep within the bone, which the instruments in this set are specifically designed to overcome.
Key Components and Their Role
The set is comprehensive, featuring both standard surgical instruments and specialized extraction tools.
| Component | Function | Detail/Specialization |
| Sliding Hammer (Mallet) | The primary tool for applying controlled, percussive force to extract the nail. | It consists of a weighted piece that slides along a guide rod to generate an impact, pulling the nail out of the bone. |
| Extractor / Connecting Rods | Various sizes of rods used to screw into the proximal end of the nail fragment. | Includes a large variety of threaded tips ($M6, M8, M10, M11$, etc.) to match the specific internal thread of different manufacturers' nails (Universal system). |
| Conical / Ball-Tip Wires & Extractor Tips | Used when the internal threads of the nail are damaged or missing. | These specialized tips or wires expand or clamp inside the hollow (cannulated) nail fragment to secure a non-threaded grip. |
| Locking Screw Extractor | Tools used to remove the final locking screws before the main nail is extracted. | This includes various sizes of hex, Torx, or reverse-capture screwdrivers, often with a long shaft for deep access. |
| End Cap Wrench | Used to remove the cap (often found on the proximal end of the nail) to expose the internal threads. | Must match the cap design of the original nail. |
| T-Handle / Wrench | Used to provide a secure grip, apply rotational force to screw in the connecting rods, and sometimes for manual traction. | Provides a robust, comfortable handle for the surge |
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4mm C.C Set
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Product Details:
| Frame material | Stainless Steel |
| Primary Color | Grey |
The 4mm Cannulated Cancellous (C.C.) Screw Set is a premium, specialized surgical instrument kit designed for the precise fixation of bone fractures, particularly in areas with spongy or cancellous bone, such as the wrist, ankle, hip, and distal long bones.
This system is distinguished by the use of cannulated screws (meaning they are hollow), which are inserted over a thin guidewire to ensure accurate and minimally invasive placement.
Key Components of the Set
A typical 4mm C.C. Screw Set includes the necessary implants (the screws) and the specialized instruments required for the surgical technique.
| Instrument/Implant | Purpose |
| Cannulated Cancellous Screws (4.0mm) | The primary implant, typically available in various lengths and thread configurations (fully, partially, or short-threaded) to achieve interfragmentary compression or neutralization. Made from medical-grade stainless steel or titanium. |
| Guidewires | Thin, flexible wires (often 1.25mm diameter, some threaded) used to establish the precise path for the screw. |
| Cannulated Drill Bits | Used to drill a hole over the guidewire to the correct depth, sized to match the screw's core (root) diameter. |
| Depth Gauge (Cannulated) | Used over the guidewire to accurately measure the required screw length for the specific fracture. |
| Cannulated Tap | Used (in dense bone) over the guidewire to pre-cut the threads in the bone, easing screw insertion. |
| Cannulated Screwdriver | Used over the guidewire to insert and tighten the cannulated screws. |
| Cannulated Countersink | Used to create a recess for the screw head, minimizing soft tissue irritation. |
| Sleeves & Guides | Various protective and aiming sleeves to maintain the guidewire position and protect soft tissue during drilling and tapping. |
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