Orthopaedic Instrument

Product Details:

Tudor Edwards Bone Cutter:

The Tudor Edwards Bone Cutter is a surgical instrument used in orthopedic and other surgical procedures to cut bone and hard tissues. It is designed to provide a precise and controlled cutting action, making it useful for various bone-related surgeries.

Overview of Tudor Edwards Bone Cutter:

1. Design: The Tudor Edwards Bone Cutter typically has a scissor-like design with two sharp blades. The blades are usually curved and strong enough to cut through bone without excessive bending or deformation.

2. Handles: The instrument's handles are ergonomically designed for easy grip and control during use. Some models may feature ratcheted handles that allow for a locking mechanism to keep the blades closed when not in use.

3. Blade Types: The bone cutter may come with different blade variations, such as straight or curved blades, to suit different surgical needs.

4. Material: Like many surgical instruments, the Tudor Edwards Bone Cutter is usually made from high-quality stainless steel. This material ensures durability, easy sterilization, and resistance to corrosion.

Uses in Surgery:

The Tudor Edwards Bone Cutter is commonly used in various orthopedic and surgical procedures, including:

1. Orthopedic Surgery: It is employed in orthopedic surgeries for cutting bones during procedures like osteotomy (surgical bone cutting and reshaping) and fracture repair.

2. Podiatric Surgery: In foot and ankle surgeries, bone cutters are used to make precise bone cuts during procedures like bunionectomy and osteotomy for realignment.

3. Oral and Maxillofacial Surgery: The instrument is utilized in dental and facial surgeries involving bone removal or reshaping.

4. Other Surgical Procedures: The bone cutter may find applications in other surgical fields where bone cutting is necessary, such as in certain neurosurgical or ENT (ear, nose, and throat) procedures.

It is important to emphasize that any surgical instrument, including bone cutters, should only be used by trained and qualified medical professionals. The safe and effective use of such instruments requires expertise, and strict adherence to sterilization and maintenance protocols is necessary to prevent infections and ensure patient safety.

The Tudor Edwards Bone Cutter is a surgical instrument used in orthopedic and other surgical procedures to cut bone and hard tissues. It is designed to provide a precise and controlled cutting action, making it useful for various bone-related surgeries.

Tudor Edwards Bone Cutter:

1. Design: The Tudor Edwards Bone Cutter typically has a scissor-like design with two sharp blades. The blades are usually curved and strong enough to cut through bone without excessive bending or deformation.

2. Handles: The instrument's handles are ergonomically designed for easy grip and control during use. Some models may feature ratcheted handles that allow for a locking mechanism to keep the blades closed when not in use.

3. Blade Types: The bone cutter may come with different blade variations, such as straight or curved blades, to suit different surgical needs.

4. Material: Like many surgical instruments, the Tudor Edwards Bone Cutter is usually made from high-quality stainless steel. This material ensures durability, easy sterilization, and resistance to corrosion.

 

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 Days
• Packaging Details: CORRUGATED BOX

Product Details:

A wire passer is a specialized surgical instrument used in various medical procedures, particularly in orthopedic and vascular surgeries. It is designed to facilitate the passage of wires, sutures, or other types of threads through tissues or around structures.

Overview of Wire Passer Surgical Instrument:

1. Design: A wire passer typically consists of a long, slender, and flexible shaft with a handle at one end. The working end of the instrument may have a hook or loop configuration to grasp and manipulate wires or sutures.

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3. Material: Wire passers are commonly made of stainless steel or other biocompatible materials to ensure durability, flexibility, and resistance to corrosion.

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5. Use: The primary use of a wire passer is to pass wires or sutures through tissues, bones, or vessels during surgical procedures. It is particularly useful in surgeries where the passage of wires or sutures is necessary for fixation, repair, or stabilization of structures.

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7. Orthopedic Applications: In orthopedic surgery, wire passers are used to pass wires or sutures through bones to hold fractures in place, perform osteotomies, or stabilize bone fragments during bone grafting procedures.

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9. Vascular Applications: In vascular surgery, wire passers are used to navigate through blood vessels to place guide wires, catheters, or stents during minimally invasive procedures like angioplasty or stent placement.

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11. Technique: The surgeon or medical professional holds the handle of the wire passer and maneuvers the instrument to thread the wire or suture through the desired path. The flexibility and shape of the working end help guide the wire along the intended trajectory.

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13. Sterilization: As with all surgical instruments, proper sterilization of the wire passer is crucial to prevent infections and ensure patient safety. They are commonly autoclaved or subjected to other approved sterilization methods before each use.

Wire passers are essential tools in certain surgical procedures where accurate and controlled placement of wires or sutures is critical for achieving successful outcomes. Surgeons and surgical teams undergo specialized training to use wire passers effectively and safely.

It's important to note that different types of wire passers may exist, each with specific designs and features suited for particular surgical applications. As medical technology evolves, new variations of wire passers may emerge to address specific surgical needs, providing improved functionality and performance.

Additional Information:

• Production Capacity: 10000+
• Delivery Time: 5-7 Days
• Packaging Details: Corrugated Reusable Box

Product Details:

Plate holding forceps, also known as plate holding clamps or plate holding instruments, are specialized surgical tools used in orthopedic surgeries, particularly during procedures involving bone fixation using plates and screws. They are designed to hold bone plates securely in place while surgeons manipulate and fixate the plate onto the bone.

Overview of Plate Holding Forceps:

1. Design: Plate holding forceps typically have long, slender jaws with serrated surfaces. The jaws may be slightly curved or angled to accommodate the shape of the bone plate. The forceps are designed to provide a firm grip on the plate, preventing it from shifting during the surgical procedure.

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3. Use: Plate holding forceps are used to securely grasp and hold bone plates as surgeons position and secure them to fractured bones. They play a crucial role in maintaining proper plate alignment and preventing movement during the surgical process.

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5. Bone Fixation: Bone plates are often used to stabilize fractured bones and promote proper healing. The plate holding forceps allow the surgeon to accurately position the plate over the fractured bone and hold it in place while screws are inserted to fixate the bone.

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7. Types: There are different types of plate holding forceps, each designed for specific bone plates and surgical procedures. Some forceps have a self-locking mechanism that allows them to stay in place without the need for constant manual grip.

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9. Material: Plate holding forceps are typically made of high-quality stainless steel to ensure durability, corrosion resistance, and ease of sterilization. Proper sterilization is essential to prevent infections and maintain patient safety.

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11. Sterilization: Like all surgical instruments, plate holding forceps undergo strict sterilization procedures before each use to ensure they are free from any contaminants.

Orthopedic surgeries involving bone plates and screws require precise handling of these instruments. Surgeons and surgical teams undergo specialized training to use plate holding forceps effectively and safely during procedures. Proper positioning and fixation of bone plates are critical to achieve successful bone healing and patient recovery.

As with any medical instrument, proper maintenance and cleaning are essential to preserve the effectiveness and longevity of plate holding forceps. Following surgical protocols and guidelines helps ensure the safe and accurate use of these instruments in orthopedic surgeries.

Additional Information:

• Production Capacity: 10000+
• Delivery Time: 5-7 DAYS
• Packaging Details: Corrugated boxes

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An "LSCS set" typically refers to a specialized surgical instrument set used for performing a Lower Segment Cesarean Section (LSCS), which is a surgical procedure used for delivering a baby through an incision made in the mother's abdominal wall and uterus. LSCS sets contain a variety of surgical instruments necessary for the procedure, as well as other supplies needed in the operating room. Here's an overview of what you might find in a typical LSCS set:

1. Scalpel Handle and Blade: Used to make the initial incision in the abdominal wall and uterus.

2. Scissors: Different types of scissors are included for cutting tissues and sutures.

3. Needle Holder: Used to hold and manipulate suturing needles during wound closure.

4. Tissue Forceps: Delicate forceps designed for grasping and holding tissues during the procedure.

5. Retractors: Instruments used to gently hold back the edges of the incision, providing the surgeon with better visibility and access to the surgical site.

6. Hemostats: Used to clamp blood vessels and control bleeding during the procedure.

7. Suction Devices: Essential for clearing the surgical area of blood and fluids.

8. Sutures: Different types of sutures are included for wound closure, such as absorbable and non-absorbable sutures.

9. Drainage Tubes: In some cases, drainage tubes may be used to help prevent the buildup of fluids at the surgical site.

10. Gauze and Dressings: Sterile gauze and dressings are used for cleaning and covering the wound post-surgery.

11. Sterile Drape: A sterile drape is used to cover the patient and maintain a sterile field during the procedure.

12. Anesthesia Supplies: Depending on the type of anesthesia used, specific supplies for administering anesthesia may be included.

13. Instruments for Cord Clamping: Instruments for clamping and cutting the umbilical cord after delivery.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

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The Orthopedic T-handle, also known as an Orthopedic T-wrench or T-driver, is a specialized surgical instrument commonly used in orthopedic surgeries. It is designed to provide the surgeon with a secure grip and enhanced torque when inserting or removing screws or other orthopedic implants during various procedures.
Overview of the Orthopedic T-Handle:
Design: The Orthopedic T-handle has a T-shaped design, which gives it its name. It consists of a handle in the shape of the letter "T," with the top of the "T" being the gripping portion. The handle may be made of stainless steel or other materials and is usually textured or knurled to provide a secure and non-slip grip for the surgeon.
Connector: The bottom of the "T" handle usually has a connector or socket that is compatible with various orthopedic attachments, such as screwdrivers, reamers, taps, or drill bits. This allows the surgeon to interchange different tool heads based on the surgical procedure and the type of orthopedic implants being used.
Types: Orthopedic T-handles come in different sizes and variations to accommodate various surgical needs and preferences. Some T-handles may have a quick-release mechanism for easy attachment and detachment of the tool heads.
Uses in Orthopedic Surgery:
The Orthopedic T-handle serves as a versatile tool in orthopedic surgeries and is commonly used for the following purposes:
Screw Insertion: During fracture fixation or joint replacement surgeries, orthopedic screws are often used to stabilize bones or implants. The T-handle is used to insert these screws into the bone with precise control and torque.
Screw Removal: In revision surgeries or when orthopedic implants need to be removed, the T-handle is used to unscrew and extract the screws from the bone.
Reaming and Drilling: The T-handle can be used to drive reamers and drills during procedures where bone needs to be reshaped or drilled to accommodate orthopedic implants.
Component Assembly: In certain orthopedic procedures, the T-handle is used to assemble components of implants, such as the modular parts of a joint prosthesis.
It's important to note that the Orthopedic T-handle should only be used by trained orthopedic surgeons or surgical teams with experience in orthopedic procedures. Proper sterilization, maintenance, and handling of the instrument are essential to ensure patient safety and the effective execution of surgical tasks. Additionally, adherence to surgical guidelines and best practices is crucial to achieve successful outcomes in orthopedic surgeries.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

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A bone rasp is a surgical instrument used in orthopedic and spinal procedures to smooth, shape, or modify bone surfaces. It is commonly used to remove irregularities, rough edges, or excess bone tissue from the surface of bones to improve fit, alignment, or stability. Bone rasps come in various shapes and sizes to accommodate different anatomical areas and surgical needs.

Key features of a bone rasp include:

1. Design: A bone rasp typically consists of a handle and a working end with a rough or abrasive surface. The working end may have different patterns of cutting surfaces, such as teeth or ridges, to facilitate bone removal.

2. Abrasive Surface: The working end of the bone rasp is designed to effectively remove bone tissue while minimizing damage to surrounding tissues. The abrasive surface allows the surgeon to scrape or file the bone to achieve the desired shape and smoothness.

3. Sizes and Shapes: Bone rasps come in various sizes and shapes, including flat, curved, or cylindrical designs. The selection of the appropriate rasp depends on the specific surgical application and the bone's anatomical location.

4. Materials: Bone rasps are typically made from stainless steel or other medical-grade materials. The abrasive surface is often made from diamond particles or other abrasive materials that provide efficient bone removal.

5. Applications: Bone rasps are used in a variety of orthopedic and spinal procedures, including:

   • Joint replacements: Shaping bone to accommodate prosthetic implants.
   • Fracture repairs: Smoothing bone surfaces after fracture reduction.
   • Spinal surgeries: Creating spaces or shaping bone to accommodate spinal hardware or implants.
   • Osteotomies: Reshaping bones to correct deformities.

6. Safety: The design of bone rasps often includes features to minimize the risk of damaging adjacent soft tissues. The abrasive surface is carefully designed to remove bone while avoiding excessive pressure on surrounding structures.

Additional Information:

• Production Capacity: 10000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

Orthopedic pliers are specialized surgical instruments used in orthopedic procedures for various tasks such as gripping, bending, cutting, and manipulating different types of materials. These pliers are designed to meet the specific needs of orthopedic surgery, where precise and controlled handling of bone, wires, pins, and other surgical materials is essential. They come in a variety of shapes and sizes to accommodate different surgical requirements.

Key features of orthopedic pliers include:

1. Design: Orthopedic pliers typically have a scissor-like design with two handles that are joined at a pivot point. The working ends of the pliers may have different shapes and features based on their intended use.

2. Handles: The handles of orthopedic pliers may be ergonomically designed to provide a comfortable grip for the surgeon. Some pliers may have textured or ridged surfaces to enhance grip and control.

3. Working Ends: The working ends of orthopedic pliers can vary widely depending on the specific function they serve. Common types of orthopedic pliers include:

   • Wire Cutter Pliers: Designed to cut orthopedic wires, pins, or other thin materials used in fixation.
   • Bending Pliers: Used for bending and shaping orthopedic wires or components.
   • Hold and Reduction Pliers: Designed to grip bone fragments or hold screws and implants during placement.
   • Ring Pliers: Used to hold and manipulate circular devices like ring fixators.

4. Materials: Orthopedic pliers are typically made from high-quality stainless steel or other medical-grade materials to ensure durability, resistance to corrosion, and ease of sterilization.

5. Applications: Orthopedic pliers have a wide range of applications, including:

   • Fracture fixation: Manipulating wires, pins, and implants for proper alignment and fixation.
   • Joint surgeries: Assisting in the placement and manipulation of joint implants and components.
   • External fixation: Handling and adjusting external fixation devices.
   • Wire removal: Cutting and removing wires and pins after bone healing.

6. Safety: The design of orthopedic pliers often includes features to minimize the risk of damaging surrounding tissues. The cutting edges of wire cutter pliers, for example, are designed to cut cleanly without causing excessive tissue trauma.

Proper training and expertise are essential for using orthopedic pliers effectively and safely. Surgeons and medical professionals who work in orthopedic surgery are skilled in selecting the appropriate instruments and techniques to achieve successful surgical outcomes while minimizing patient risk.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

The Farabuf periosteal elevator is a surgical instrument commonly used in orthopedic and other surgical procedures to lift and separate the periosteum from bone surfaces. The periosteum is a thin layer of connective tissue that covers the outer surface of bones and plays a role in bone growth, healing, and nutrient supply. Periosteal elevators are used to create a space between the periosteum and bone, allowing for better visualization and access during surgical procedures.

Key features of the Farabuf periosteal elevator include:

1. Design: The Farabuf periosteal elevator typically consists of a handle and a thin, flat, and curved working end. The working end is designed to slide between the periosteum and the bone, gently detaching the periosteum without causing damage.

2. Working End: The curved working end of the Farabuf periosteal elevator is specifically designed to fit the contours of bone surfaces. It allows the surgeon to lift and elevate the periosteum while minimizing trauma to surrounding tissues.

3. Sizes: Farabuf periosteal elevators come in various sizes to accommodate different anatomical areas and surgical needs. The curvature and size of the working end may vary based on the specific application.

4. Materials: Periosteal elevators are typically made from stainless steel or other medical-grade materials to ensure durability, resistance to corrosion, and ease of sterilization.

5. Applications: The Farabuf periosteal elevator is used in a variety of surgical procedures, including:

   • Fracture repairs: Elevation of the periosteum to expose and access bone fragments during fracture reduction.
   • Bone grafting: Separating the periosteum to create a space for bone graft placement.
   • Implant surgeries: Lifting the periosteum to expose bone surfaces for the placement of implants, such as screws or plates.

6. Safety: The design of the Farabuf periosteal elevator aims to minimize trauma to surrounding tissues and prevent excessive pressure on the bone.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

• Comprehensive Instrumentation: The Reviti Humeral Nail Orthopedic Set is a comprehensive collection of specialized instruments designed for humeral nail procedures, addressing a spectrum of orthopedic needs.

• Precision Craftsmanship: Each instrument is meticulously crafted to meet the exacting standards of orthopedic surgery, ensuring precision and reliability during humeral nail interventions.

• Diverse Range of Humeral Nail Instruments: The set includes a variety of instruments tailored for humeral nail surgeries, providing orthopedic surgeons with the necessary tools for fixation and stabilization.

• High-Quality Materials: Crafted from high-quality materials, these instruments are durable and built to withstand the demanding conditions of orthopedic procedures, ensuring longevity and consistent performance.

• Sterilization Box for Instrument Safety: The set comes packaged in a specialized sterilization box made of durable materials, providing a secure and sterile environment for the instruments before, during, and after surgeries.

• User-Friendly Ergonomics: The instruments are designed with ergonomic considerations, offering surgeons enhanced comfort and control for precise and efficient surgical maneuvers.

• Optimal Organization: The sterilization box organizes the instruments systematically, facilitating quick and easy access during surgical procedures.

• Versatility for Humeral Nail Procedures: Whether performing intramedullary nailing or other humeral nail surgeries, this orthopedic set equips surgeons with the essential tools for successful outcomes.

• Revolutionizing Orthopedic Excellence: Reviti's commitment to excellence and innovation is evident in this Humeral Nail Instrument Orthopedic Set, providing orthopedic surgeons with cutting-edge tools and a reliable sterilization solution to elevate their practice.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 DAYS
• Packaging Details: BOX

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An arthroscopic suture retriever is a medical instrument used in arthroscopic surgeries to assist in the placement and retrieval of sutures within a joint. Arthroscopic procedures involve minimally invasive surgery, where a small camera and specialized tools are inserted into the joint through small incisions. The suture retriever plays a crucial role in facilitating the suturing process during these procedures.

Here is a typical product description for an arthroscopic suture retriever:

Product Name: Arthroscopic Suture Retriever

Description: The Arthroscopic Suture Retriever is a cutting-edge medical instrument designed for use in arthroscopic surgeries to streamline the suturing process within joints. This specialized tool allows orthopedic surgeons to efficiently handle sutures during minimally invasive procedures, enhancing precision and reducing the complexity of arthroscopic surgeries.

Key Features:

1. Precision Design: The suture retriever is meticulously crafted with a slim and ergonomic design, allowing for easy maneuverability within the joint space. This ensures precise control during suturing procedures.

2. Versatile Suturing: The instrument is equipped with a mechanism for securely grasping and manipulating sutures. This versatility allows surgeons to efficiently pass, retrieve, and adjust sutures within the joint, addressing a variety of soft tissue repair needs.

3. Enhanced Visibility: The suture retriever features a specialized tip designed to optimize visibility within the arthroscopic field. This aids surgeons in accurately placing sutures and ensures optimal outcomes in joint repair procedures.

4. Durability and Biocompatibility: Constructed from high-quality materials, the suture retriever is both durable and biocompatible, meeting the stringent standards of medical devices. This ensures its reliability and safety during surgical interventions.

5. User-friendly Operation: The design incorporates user-friendly features, making the suture retriever easy to handle and manipulate during arthroscopic procedures. This contributes to overall surgical efficiency and reduces the learning curve for healthcare professionals.

Applications:

• Meniscal repair
• Ligament reconstruction
• Cartilage restoration
• Rotator cuff repair
• Other soft tissue repairs within joints

Usage Instructions: The Arthroscopic Suture Retriever is intended for use by trained orthopedic surgeons in arthroscopic procedures. Follow standard aseptic techniques and the provided instructions for use to ensure optimal performance and patient safety.

Product Details:

However, I can provide a general description based on the common features of arthroscopic instruments:

The Arthroscopic Spade Knife Forcep is likely a surgical instrument designed for arthroscopic procedures, which involve minimally invasive surgery inside a joint. Here's a generic product description:

Arthroscopic Spade Knife Forcep:

Description: The Arthroscopic Spade Knife Forcep is a specialized surgical instrument used in arthroscopic procedures to perform precise cutting and tissue manipulation within a joint. It is designed to provide surgeons with the necessary tools for minimally invasive interventions, reducing trauma and promoting quicker patient recovery.

Key Features:

1. Spade-shaped Blade: The instrument features a spade-shaped blade for precise cutting and dissection of soft tissues within the joint.
2. Arthroscopic Design: The forceps are specifically crafted for arthroscopic surgeries, allowing surgeons to access and operate within the joint through small incisions.
3. High-Quality Materials: Manufactured from durable and biocompatible materials, ensuring reliability and minimizing the risk of adverse reactions.
4. Ergonomic Handle: The instrument typically comes with an ergonomic handle for comfortable grip and precise control during surgical procedures.
5. Ratcheting Mechanism: Some models may include a ratcheting mechanism to secure a firm grip on tissues and facilitate controlled movements.
6. Sterilizable: The forcep is designed to be easily sterilized, meeting strict hygiene standards for surgical instruments.

Applications: The Arthroscopic Spade Knife Forcep is commonly used in orthopedic surgeries, particularly in arthroscopic procedures involving joint repair, reconstruction, or other interventions requiring precise tissue manipulation and cutting.

Product Details:

The Arthroscopic Curette is a specialized medical instrument designed for precision and efficiency in arthroscopic procedures. This versatile tool is meticulously crafted to meet the demanding requirements of orthopedic surgeons, offering exceptional control and maneuverability in joint exploration and tissue removal.

Key Features:

1. Precision Cutting: The arthroscopic curette features a sharp, beveled cutting edge that allows for precise tissue removal. This ensures minimal trauma to surrounding structures while facilitating thorough exploration of the joint.

2. 360-Degree Rotation: The instrument is designed with a 360-degree rotating shaft, providing surgeons with enhanced flexibility and access to hard-to-reach areas within the joint. This feature is crucial for comprehensive and meticulous procedures.

3. Ergonomic Handle: The ergonomic handle is crafted for surgeon comfort and control during extended procedures. The non-slip grip ensures a secure hold, promoting steady and accurate movements throughout the surgery.

4. Durable Construction: Manufactured from high-quality stainless steel or other durable materials, the arthroscopic curette is built to withstand the rigors of arthroscopic surgeries. Its robust construction ensures longevity and reliability in the operating room.

5. Variety of Sizes and Designs: Available in a range of sizes and designs, the arthroscopic curette can be selected based on the specific needs of the procedure and the anatomy of the joint. This adaptability makes it a versatile tool for various orthopedic applications.

6. Sterilization Compatibility: The arthroscopic curette is designed to be compatible with standard sterilization methods, ensuring aseptic conditions in the operating room and compliance with infection control protocols.

Applications:

• Arthroscopic Debridement: Efficiently removes damaged or diseased tissue from the joint, aiding in the restoration of optimal function.

• Cartilage Resection: Precisely shapes and smoothens irregularities in the cartilage, contributing to improved joint mobility.

• Foreign Body Removal: Facilitates the extraction of foreign bodies or debris from the joint, reducing the risk of complications.

Invest in the Arthroscopic Curette for a reliable and indispensable tool that meets the high standards of orthopedic surgery. Enhance your surgical capabilities with this cutting-edge instrument designed for precision, durability, and ease of use.

Product Details:

Groves bone-holding forceps, also known as Grooved directors or Groove forceps, are surgical instruments used in orthopedic and bone-related procedures. These forceps are designed to securely grasp and stabilize bones during surgery, allowing surgeons to manipulate, align, and fixate bone fragments as needed.

Key features of Groves bone-holding forceps include:

1. Design: Groves forceps typically have a scissor-like design with two elongated handles that are joined at a pivot point. The jaws of the forceps are grooved or serrated to provide a strong and secure grip on bone fragments.

2. Jaws: The grooved or serrated jaws of Groves forceps are designed to minimize slippage and provide a firm hold on bone surfaces. The grooves help distribute pressure evenly to prevent damage to bone tissue.

3. Sizes: Groves bone-holding forceps come in various sizes and lengths to accommodate different bone sizes and surgical needs.

4. Locking Mechanism: Some Groves forceps may have a ratcheted locking mechanism near the pivot point. This feature allows the surgeon to lock the forceps in a closed position, maintaining pressure on the bone fragments without requiring continuous manual grip.

5. Materials: Groves bone-holding forceps are typically made from high-quality stainless steel or other medical-grade materials. This ensures their durability, resistance to corrosion, and ease of sterilization.

6. Applications: Groves forceps are primarily used in orthopedic surgeries and procedures involving bones, such as:

   • Fracture reduction: Holding bone fragments in place while aligning and fixing fractures.
   • Joint procedures: Manipulating and stabilizing bones during joint replacement surgeries.
   • Bone grafting: Holding bone grafts in position while securing them in place.
   • Osteotomy: Cutting and reshaping bones while ensuring precise control.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A depth gauge is a specialized instrument used in orthopedic surgery to measure the depth of a bone cavity, hole, or indentation. It is a crucial tool in ensuring accurate and precise implant placement during procedures such as fracture fixation, joint replacement, and spinal surgery. Depth gauges help surgeons determine the appropriate size of implants, such as screws or pins, to achieve optimal stability and alignment.

Here's an overview of the key features and uses of a depth gauge in the orthopedic field:

1. Design: Depth gauges typically consist of a handle and a calibrated rod or probe. The probe is inserted into a bone cavity or hole to measure its depth. The handle may have markings or an adjustable mechanism that indicates the depth measurement on a scale.

2. Measurement Precision: Depth gauges provide accurate measurements, often in millimeters, allowing surgeons to choose implants of the appropriate length for the specific anatomical location.

3. Applications: Depth gauges are used in various orthopedic procedures, including:

   • Fracture fixation: Ensuring that screws, pins, or other implants are inserted to the correct depth for optimal stability and support.
   • Joint replacement: Measuring the depth of bone resection and the space available for implant components.
   • Spinal surgery: Determining the depth of screw insertion in vertebral bodies during spinal fusion procedures.

4. Types of Depth Gauges: There are different types of depth gauges designed for specific applications, such as:

   • Universal Depth Gauges: These are versatile tools that can be used in various orthopedic procedures.
   • Spinal Depth Gauges: Designed specifically for measuring the depth of screw insertion in spinal surgery.
   • Joint Depth Gauges: Used for measuring the depth of joint resection in joint replacement surgeries.

5. Sterilization: Like all surgical instruments, depth gauges must be thoroughly sterilized before use to prevent infections.

6. Training and Experience: Proper training and familiarity with the surgical procedure and the use of depth gauges are essential to achieve accurate measurements and successful outcomes.

7. Maintenance: After each use, depth gauges must be cleaned, sterilized, and inspected to ensure they are in proper working condition for subsequent surgeries.

Depth gauges are critical tools for achieving precise and optimal implant placement in orthopedic procedures. Surgeons and medical professionals must have a solid understanding of the instrument's proper usage and the surgical techniques involved to ensure successful outcomes and patient well-being.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

Orthopedic wire cutters with tungsten carbide (TC) tips are specialized surgical instruments used by orthopedic surgeons to cut wires, pins, and other metallic components during orthopedic procedures. The addition of tungsten carbide tips enhances the cutting performance and durability of the instrument, making it particularly effective for cutting through tough materials.

Here is an overview of the features and uses of orthopedic wire cutters with TC tips:

1. Material: Orthopedic wire cutters are typically made of high-quality stainless steel to ensure durability and resistance to corrosion. The cutting edges of the TC-tipped wire cutters are enhanced with tungsten carbide, a hard and wear-resistant material.

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3. Cutting Wire and Pins: These wire cutters are designed specifically to cut through orthopedic wires, pins, and other metallic implants used in bone fixation and stabilization procedures. The TC-tipped edges provide excellent cutting ability, allowing the surgeon to make precise and clean cuts.

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5. Enhanced Durability: Tungsten carbide is one of the hardest materials known, and its incorporation into the cutting edges of the wire cutter increases its longevity. This makes the instrument more resistant to wear and maintains its sharpness over an extended period of use.

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7. Minimal Tissue Damage: The design of the wire cutter, along with the sharp TC tips, allows for precise cutting with minimal tissue damage, reducing trauma to the surrounding tissues during surgery.

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9. Safety Features: Orthopedic wire cutters often have safety features like a ratchet mechanism or locking mechanism to keep the blades closed when not in use, preventing accidental cuts or injuries.

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11. Versatility: While primarily used for cutting orthopedic wires and pins, these wire cutters can also be used for other purposes, such as cutting sutures or soft wires.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: corrugated box

Product Details:

A bone scoop is a specialized orthopedic surgical instrument used in various surgical procedures to remove or scoop out bone tissue. It is designed to facilitate the removal of bone fragments, debris, or diseased tissue during surgeries such as bone grafting, joint reconstruction, and tumor removal. The instrument's shape and design allow for precise and controlled scooping without causing excessive damage to surrounding tissues. Here's an overview of the bone scoop:

Purpose: A bone scoop is used to remove or scoop out bone tissue in orthopedic surgeries, aiding in procedures such as bone grafting, tumor excision, and joint reconstruction.

Design: Bone scoops come in various sizes and shapes, but they generally consist of a handle and a scoop-shaped working end. The scoop may be curved, oval, or have a specific contour, depending on the intended surgical application.

Uses:

1. Bone Grafting: During bone graft procedures, a bone scoop can be used to carefully scoop out bone material from a donor site (autograft) or a bone bank (allograft) for transplantation to another area of the body.

2. Tumor Removal: In orthopedic oncology, bone scoops can help surgeons remove tumor masses or affected bone tissue while minimizing damage to healthy structures.

3. Joint Resurfacing: In joint reconstruction surgeries, bone scoops can be used to prepare the joint surface by removing damaged or diseased bone tissue before implanting prosthetic components.

Procedure: The surgeon applies controlled force to the handle of the bone scoop, guiding the scoop-shaped working end to remove the targeted bone tissue. The design of the instrument allows for efficient removal while minimizing trauma to surrounding tissues.

Variations: Bone scoops can come in various sizes and shapes to accommodate different surgical needs. Some may have serrated edges or specialized features to enhance their scooping capabilities.

Sterilization: Like all surgical instruments, bone scoops must be properly sterilized before use to prevent infection.

Precautions: The use of a bone scoop requires skill and precision to avoid damage to adjacent structures. Surgeons must have a thorough understanding of the specific surgical procedure and the anatomy of the area being operated on.

Additional Information:

• Production Capacity: 10000
• Packaging Details: CORRUGATED BOX

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An orthopedic mallet, also known as a bone mallet or surgical mallet, is a specialized medical instrument used by orthopedic surgeons during various surgical procedures involving bones and joints. The mallet is typically made of metal or other sturdy materials and has a flat or slightly rounded head. Its handle can be made of wood, metal, or synthetic material, providing a comfortable grip for the surgeon.

Here are the primary uses and features of an orthopedic mallet:

1. Bone Reshaping: Orthopedic mallets are commonly used in orthopedic surgeries to reshape or reposition bones. During procedures like osteotomies (cutting and reshaping bones) or joint replacement surgeries, the mallet is used to provide controlled and precise force to alter the bone's shape or position.

2. Bone Fixation: In some cases, orthopedic mallets are used to impact fixation devices, such as pins, nails, or screws, into bones to stabilize fractures or secure implants in place.

3. Bone Grafting: During bone grafting procedures, where bone material is transplanted from one area of the body to another, the mallet is used to ensure proper placement and fixation of the graft.

4. Joint Replacement: In joint replacement surgeries, orthopedic mallets are employed to insert prosthetic components into the bone to create a functional artificial joint.

5. Chisel and Osteotome Assistance: Orthopedic mallets are often used in conjunction with chisels and osteotomes to cut and shape bones during surgeries, such as removing bone spurs or correcting deformities.

6. Gentle Impact: The mallet is designed to provide force without causing excessive damage to the bone or surrounding tissues, allowing the surgeon to work delicately and precisely.

Orthopedic instruments are specialized tools used by orthopedic surgeons to diagnose, treat, and repair musculoskeletal conditions and injuries. These instruments are designed to provide precise and effective access to bones, joints, ligaments, and other structures during surgical procedures. They are a crucial component of orthopedic surgeries and help ensure successful outcomes for patients.

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• Production Capacity: 1000
• Delivery Time: 5-7 DAYS
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Right angle forceps, also known as right angle hemostats or Kelly forceps, are surgical instruments commonly used in medical procedures, particularly in surgery and dentistry. They are designed to grasp, hold, or manipulate tissues, blood vessels, or other objects within the body during surgical or medical interventions. These forceps have a distinctive design with a curved or angled shaft, allowing for better access to tight spaces or difficult-to-reach areas.

Key features of right angle forceps include:

1. Design: Right angle forceps have a characteristic L-shaped or curved design. The curved shaft allows surgeons or medical professionals to work around obstacles or within confined spaces without obstructing their view or access.

2. Jaws: The jaws of right angle forceps are typically serrated or textured to provide a firm grip on tissues or objects without causing excessive damage. The serrations help prevent slipping and ensure a secure hold.

3. Locking Mechanism: Many right angle forceps feature a ratcheted locking mechanism near the handles. This allows the user to lock the forceps in a closed position, maintaining the grip on the tissue or object without constant manual pressure.

4. Variety: Right angle forceps come in various sizes and lengths to accommodate different surgical or medical applications. Some may have finer tips for delicate procedures, while others have broader tips for more robust tasks.

5. Materials: These forceps are usually made from high-quality stainless steel or other medical-grade materials. This ensures they are durable, easy to clean, and resistant to corrosion.

6. Applications: Right angle forceps are used in a wide range of medical procedures, such as:

   • Grasping and holding tissues during surgeries.
   • Clamping blood vessels to control bleeding.
   • Manipulating or positioning sutures or other surgical instruments.
   • Handling sterile materials within the surgical field.
   • Extracting foreign objects or debris.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
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The Millin bladder self-retaining retractor is a specialized surgical instrument used in urology for procedures involving the bladder and surrounding structures. It is named after its creator, Hugh Hampton Young, an influential urologist who introduced innovative techniques and instruments to the field. The Millin retractor is designed to hold back tissues, provide exposure, and keep the surgical field clear during bladder surgeries.

Here's an overview of the Millin bladder self-retaining retractor:

Design and Function:

• The Millin retractor consists of two curved arms with adjustable blades. These arms are designed to gently hold and retract the tissues around the bladder, allowing the surgeon to access and work on the bladder while keeping the surrounding structures clear.

Self-Retaining Feature:

• The "self-retaining" aspect of the retractor means that once positioned, the retractor remains in place without the need for an assistant to hold it manually. This frees up the surgeon's hands and ensures a stable surgical field.

Blade Adjustability:

• The blades of the Millin retractor are adjustable in terms of width and angle. This adjustability allows the surgeon to customize the retractor to the patient's anatomy and the specific requirements of the procedure.

Applications:

• The Millin retractor is commonly used in procedures such as:
  • Transurethral resection of bladder tumors (TURBT): Removing cancerous or abnormal growths from the bladder lining.
  • Bladder stone removal: Extracting bladder stones that can cause discomfort and obstruction.
  • Bladder diverticulum surgery: Treating pouch-like protrusions in the bladder wall.
  • Other bladder surgeries: Providing exposure and access during various bladder surgeries.

Advantages:

• The Millin retractor's self-retaining feature reduces the need for an additional surgical assistant to hold the retractor, contributing to procedural efficiency.
• The clear surgical field provided by the retractor enables the surgeon to work with greater precision and accuracy.

Training and Expertise:

• Proper training and expertise are essential for using the Millin bladder self-retaining retractor effectively. Surgeons must have a solid understanding of bladder anatomy, the specific procedure, and the use of the retractor.

Advancements and Variations:

• As with many medical instruments, advancements and variations in design may have occurred over time, with some models incorporating ergonomic features, improved blade adjustability, and enhanced materials.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
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The Hohmann retractor is a surgical instrument commonly used in various medical procedures, especially in orthopedic and gynecological surgeries. It is designed to retract tissues and hold them aside, providing better visibility and access to the surgical area without causing unnecessary trauma to surrounding structures.

The Hohmann retractor typically consists of a curved, flat blade with a handle. The blade may be solid or fenestrated, which means it has small openings or holes to allow for better visualization and manipulation of tissues. The handle is usually ergonomically designed for the surgeon's comfort and control during the procedure.

In orthopedic surgeries, Hohmann retractors are commonly used in procedures involving bones, joints, and ligaments. They can gently hold muscles and soft tissues aside, giving the surgeon a clear view of the bony structures, allowing for accurate placement of implants or screws and facilitating bone shaping or contouring.

In gynecological surgeries, Hohmann retractors are used to retract soft tissues such as skin, muscles, or organs to provide better access to the surgical site, such as during procedures like cesarean sections or pelvic surgeries.

Overall, the Hohmann retractor is a versatile and essential tool in various surgical settings, assisting surgeons in achieving successful outcomes by optimizing visibility and surgical precision. It is worth noting that there may be variations in design and size, depending on the specific surgical procedure and surgeon preference.

1. Blade Options: Hohmann retractors often come with a choice of blade configurations. The blades may be solid or fenestrated (with small openings) to allow better visualization and manipulation of tissues.

2. Curved Design: The blade of the Hohmann retractor is usually gently curved to facilitate easy retraction and manipulation of tissues without causing excessive trauma.

3. Ergonomic Handle: The handle of the Hohmann retractor is designed to be comfortable and easy to grip, providing the surgeon with better control and maneuverability during the surgical procedure.

4. Various Sizes: Hohmann retractors are available in different sizes to accommodate varying patient anatomies and surgical needs.

5. Stainless Steel Construction: The retractors are commonly made of stainless steel, which ensures durability, easy sterilization, and resistance to corrosion.

6. Autoclavable: Hohmann retractors are designed to be autoclaved, making them reusable after proper sterilization.

7. Non-Slip Surface: Some retractors may have a non-slip surface on the blade to improve tissue grip and minimize slippage during retraction.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
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An orthopedic osteotome is a specialized surgical instrument used in orthopedic surgery to cut and shape bones. It is designed to make precise and controlled bone cuts during various orthopedic procedures. Osteotomes are commonly used in orthopedics to create bone grafts, remove bone segments, and perform other bone-related surgeries.

Overview of Orthopedic Osteotome:

1. Design: An orthopedic osteotome typically has a flat or slightly curved blade at the working end, resembling a chisel. The blade is beveled on one side to facilitate cutting and shaping bone. The other end of the osteotome has a handle for grip and control during use.

2. Material: Osteotomes are commonly made of high-quality stainless steel, which ensures durability, resistance to corrosion, and ease of sterilization.

3. Types: Osteotomes come in various sizes and shapes, allowing surgeons to choose the most appropriate instrument for specific bone-cutting tasks. Some osteotomes have straight blades, while others have slightly curved or angled blades to suit different surgical needs.

4. Use: Osteotomes are primarily used for bone-cutting procedures, such as shaping bone grafts, performing osteotomies (cutting and repositioning bones), and removing bone segments during orthopedic surgeries.

5. Techniques: Osteotomes are typically used with a mallet or hammer to apply controlled force for cutting bone. The surgeon positions the osteotome at the desired location and gently strikes the handle with the mallet to make the bone cut.

6. Sterilization: Like all surgical instruments, proper sterilization of orthopedic osteotomes is crucial to prevent infections and ensure patient safety. They are commonly autoclaved or subjected to other approved sterilization methods before each use.

It's important to note that using orthopedic osteotomes requires specialized training and expertise. Precision and control are essential to achieve successful surgical outcomes and minimize the risk of complications during orthopedic procedures. Additionally, orthopedic surgeons often work closely with other surgical team members to ensure optimal patient care and safety.

As with all surgical instruments, proper maintenance, cleaning, and sterilization of orthopedic osteotomes are essential to ensure their longevity and optimal performance in the operating room.

Orthopedic instruments are a specialized set of medical tools and equipment used in orthopedic surgery, a branch of medicine that focuses on the musculoskeletal system. These instruments are designed to handle bones, joints, ligaments, and other structures of the musculoskeletal system during various surgical procedures and treatments. Orthopedic surgeries aim to correct, repair, or reconstruct musculoskeletal conditions and injuries, such as fractures, joint disorders, and deformities.

Orthopedic instruments are typically made of high-quality materials, such as stainless steel or titanium, to ensure durability, resistance to corrosion, and ease of sterilization. Proper sterilization and maintenance of these instruments are crucial to prevent infections and maintain patient safety.

 

Orthopedic surgeries require specialized training and expertise from orthopedic surgeons and surgical teams. The choice of instruments depends on the specific surgical procedure, patient's condition, and surgeon's preference. Skilled orthopedic professionals are trained to handle these instruments with precision and care to achieve successful surgical outcomes and improve the patient's musculoskeletal health.

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• Production Capacity: 1000+
• Delivery Time: 5-7 Days
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The Orthopedic TC Tip Cutter, also known as TC (Tungsten Carbide) tipped cutter or TC Wire Cutter, is a specialized surgical instrument used in orthopedic and other surgical procedures. The TC tip cutter is designed to cut through hard materials, such as wires, pins, screws, or other metallic components used in orthopedic implants.

Overview of the Orthopedic TC Tip Cutter:

1. Design: The TC tip cutter typically has a scissor-like design with two blades. The blades are usually made of stainless steel with Tungsten Carbide inserts at the cutting edge. Tungsten Carbide is a very hard material that allows for enhanced cutting performance and durability.

2. Handles: The handles of the TC tip cutter are designed for a comfortable grip and precise control during use. Some models may feature ratcheted handles that allow for a locking mechanism to keep the blades closed when not in use.

3. Blade Types: The TC tip cutter may come with different blade variations, including straight, curved, or angled blades, to suit various surgical needs and access points.

4. Uses in Orthopedic Surgery:

• Cutting Orthopedic Implants: The primary purpose of the TC tip cutter is to cut through metallic components used in orthopedic implants, such as wires, pins, screws, or plates. These implants are commonly used to stabilize fractured bones or in joint replacement surgeries.

• Revision Surgeries: The TC tip cutter is often used during revision surgeries to remove or cut existing orthopedic implants when they need to be replaced or repositioned.

• Wire Removal: In certain orthopedic procedures, such as fracture fixation or bone realignment, wires or pins may be used temporarily. The TC tip cutter is employed to cut and remove these temporary fixation devices when they are no longer needed.

• Podiatric Surgery: The TC tip cutter is also used in foot and ankle surgeries, including procedures like bunionectomies, to cut metallic components used for fixation.

It's essential to emphasize that the Orthopedic TC Tip Cutter should only be used by trained medical professionals, particularly orthopedic surgeons or surgical teams with experience in orthopedic procedures. Proper handling, maintenance, and sterilization are critical to ensure patient safety and the effective functioning of the instrument during surgery.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

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We are engaged in offering a wide range of Hollow Mill Orthopedic Instrument to our clients. Our range of all products is widely appreciated by our clients.

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Rush nails, also known as Rush rods or Rush pins, are orthopedic implants used to stabilize and treat fractures, particularly those involving long bones such as the femur or tibia. Rush nails are inserted into the medullary canal (the central cavity) of the bone to provide stability and promote proper healing. The instruments used to insert and manipulate Rush nails are part of a specialized instrument set designed for these procedures. Here's an overview of the Rush nail instruments:

1. Rush Nail (Rush Rod): The central component of the Rush nail procedure, this implant is typically a cylindrical metal rod with various lengths and diameters to match the specific bone and patient anatomy. It is inserted into the medullary canal of the fractured bone to provide stability and support during the healing process.

2. Instrumentation Set: A Rush nail instrumentation set contains a collection of specialized instruments designed to facilitate the insertion and positioning of the Rush nail. This set ensures that the surgical procedure is performed efficiently and accurately.

3. Trocars: Trocars are sharp, pointed instruments used to create an initial entry point into the bone's medullary canal. They provide a guide for inserting the Rush nail.

4. Awls: Awls are used to prepare and enlarge the medullary canal for the Rush nail. They help create a pathway for the nail to pass through the bone.

5. Guidewires: Guidewires are thin wires that can be inserted into the medullary canal to guide the Rush nail's placement and ensure accurate positioning.

6. Nail Insertion Instruments: These tools include handles, sliders, and other components that allow surgeons to insert the Rush nail into the bone and manipulate its position within the canal.

7. Nail Extractors: In case adjustments or removal are necessary, nail extractors help safely remove the Rush nail from the bone.

8. Distal Locking Devices: Some Rush nails have distal locking options, where screws are inserted through the nail to anchor it securely to the bone's distal (far) end. Instruments for placing these screws are included in the set.

9. Sterilization Trays: The instruments are typically organized in sterilization trays to ensure they are properly sterilized before the surgical procedure.

10. Instrument Cleaning and Maintenance: Proper cleaning, maintenance, and sterilization of Rush nail instruments are essential to prevent infection and ensure their safe and effective use.

Rush nail procedures are commonly used in orthopedics to treat fractures where stable fixation is required. The choice of surgical approach and specific instruments used can vary based on the type and location of the fracture, as well as the surgeon's preferences.

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• Production Capacity: 1000
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An orthopedic screwdriver is a specialized surgical instrument used in orthopedic surgery to drive screws into bone during various procedures, such as fracture fixation, joint reconstruction, spinal fusion, and implant placement. These screwdrivers are designed to provide precise control and torque for the insertion of screws into bones or implants, ensuring that the screws are securely placed in the desired position without damaging surrounding tissues.

Here's an overview of the key features and uses of orthopedic screwdrivers:

1. Design: Orthopedic screwdrivers are designed for durability and precision. They usually consist of a handle, a shaft, and a tip. The handle is ergonomically designed to provide a comfortable grip for the surgeon, allowing for efficient and controlled maneuvering. The shaft connects the handle to the tip, and the tip is specifically designed to engage with screw heads or other implant components.

2. Shaft and Tip Varieties: The shaft and tip of an orthopedic screwdriver can come in various shapes and sizes to accommodate different screw types, including cross-head (Phillips), hexagonal, Torx, or square-headed screws. The tip is carefully crafted to securely fit into the screw head, minimizing the risk of slippage during screw insertion.

3. Torque Control: Orthopedic screwdrivers often have a built-in mechanism to control torque, allowing surgeons to apply a specific amount of force during screw insertion. This torque control helps prevent over-tightening or under-tightening of screws, ensuring optimal fixation and stability.

4. Depth Stops: Some advanced orthopedic screwdrivers have depth stops or adjustable depth settings. These features allow surgeons to control the depth of screw insertion, preventing screws from penetrating too far or not deep enough into the bone.

5. Ratcheting Mechanism: Many orthopedic screwdrivers feature a ratcheting mechanism that allows the surgeon to rotate the screwdriver without having to lift and reposition it. This feature increases efficiency during repetitive screw insertion procedures.

6. Sterilization: Like all surgical instruments, orthopedic screwdrivers must be thoroughly sterilized before each use to prevent infections.

7. Applications: Orthopedic screwdrivers are used in various surgical procedures, including:

   • Fracture fixation: Inserting screws to stabilize fractured bones and promote healing.
   • Joint reconstruction: Fixating screws to secure artificial joints or joint fragments.
   • Spinal fusion: Placing screws and rods to stabilize the spine.
   • Implant placement: Inserting screws to anchor orthopedic implants like plates, rods, and pins.

8. Maintenance: After use, orthopedic screwdrivers need to be cleaned, sterilized, and inspected to ensure they are in proper working condition for subsequent surgeries.

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• Production Capacity: 100+
• Delivery Time: 5-7 days
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An orthopedic gouge is a specialized surgical instrument used in orthopedic procedures to cut or scrape bone surfaces. It is commonly used by orthopedic surgeons to shape and prepare bones during various surgeries, especially in joint replacement procedures like hip and knee replacements. The instrument's design allows for precise and controlled removal of bone material, ensuring optimal fit and alignment of implants.

Key features of an orthopedic gouge may include:

1. Blade: The Orthopedic gouge typically has a curved or concave cutting edge, resembling a scoop or spoon. The curved design allows the surgeon to effectively remove bone in a controlled manner.

2. Handle: The handle of the Orthopedic gouge instrument is often ergonomically designed, providing a comfortable grip for the surgeon during extended procedures.

3. Sizes and Varieties: Orthopedic gouges come in various sizes and shapes to accommodate different bone anatomies and surgical requirements.

Orthopedic gouges are made from high-quality stainless steel or other durable materials to ensure they are sharp, robust, and resistant to corrosion. Sterilization is a crucial aspect of surgical instruments, and orthopedic gouges can be autoclaved or otherwise appropriately sterilized before each use.

It's important to note that surgical instruments should only be handled by trained medical professionals. In orthopedic procedures, the proper use of gouges is essential for the success of the surgery and the patient's well-being. Additionally, proper care and maintenance of these instruments are necessary to prolong their lifespan and maintain their functionality.

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• Production Capacity: 10000+
• Delivery Time: 5-7 days
• Packaging Details: Corrugated box

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A Gigli saw handle is a specialized surgical instrument used in various medical procedures, particularly in neurosurgery, orthopedic surgery, and general surgery, to hold and tension Gigli saw wires. Gigli saws are used for controlled bone cutting in situations where traditional saws may be challenging to use due to limited space, delicate structures, or the need for precision.

Here's an overview of the Gigli Saw Handle:

Design and Function:

• The Gigli saw handle is designed to securely hold and tension Gigli saw wires.
• It typically consists of a handle portion with a mechanism for clamping and tensioning the ends of a Gigli saw wire.
• The handle may have a ratcheting mechanism to allow for gradual and controlled tightening of the saw wire.

Applications:

• The Gigli saw handle is used with Gigli saw wires in various surgical procedures, including:
  • Neurosurgery: Cutting through cranial bones or delicate structures in the skull.
  • Orthopedic surgery: Making precise bone cuts in orthopedic procedures.
  • General surgery: Creating controlled bone cuts in various surgical scenarios.

Advantages:

• The Gigli saw handle allows for precise tensioning of the Gigli saw wire, enabling controlled cutting without causing unnecessary trauma to surrounding tissues.
• It offers flexibility in terms of wire placement and angle, allowing surgeons to adapt to the specific surgical situation.

Training and Expertise:

• Proper training and expertise are essential for using the Gigli saw handle effectively and safely. Surgeons must understand the anatomy, bone properties, and the technique of using Gigli saw wires.

Maintenance:

• After each use, the Gigli saw handle must be cleaned, sterilized, and inspected to ensure it's in proper working condition for subsequent procedures.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

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A bone nibbler, also known as a bone rongeur, is a surgical instrument used in orthopedic and other surgical procedures to trim, cut, or remove small pieces of bone or soft tissue. It is designed to provide precise control and strength to remove unwanted bone fragments or to shape bone surfaces during various surgical interventions.

Overview of a Bone Nibbler:

1. Design: A bone nibbler typically resembles a plier-like instrument. It is made of high-quality stainless steel or other durable materials to withstand repeated use and sterilization. The nibbler's handles are designed for a comfortable grip, and the working end consists of sharp, scooped jaws.

2. Jaws: The jaws of the bone nibbler have a concave and serrated or sharp-edged design. This allows them to grasp and nibble small pieces of bone effectively without causing excessive trauma to surrounding tissues.

3. Types: There are different types of bone nibblers available, including straight and curved versions, to suit various surgical needs and anatomical requirements.

4. Uses: Bone nibblers are commonly used in orthopedic procedures, especially during joint replacement surgeries (e.g., knee, hip) and spinal surgeries. They are useful for removing bone spurs, small bony fragments, or irregular bone edges. The instrument's precision and strength allow surgeons to shape bones to ensure proper fit and alignment during implantation procedures.

5. Sterilization: As with all surgical instruments, bone nibblers need to be thoroughly sterilized before each use to maintain a sterile surgical environment and prevent infections.

6. Care and Maintenance: Proper care and maintenance are essential to prolong the life and functionality of bone nibblers. Regular cleaning, lubrication, and inspection are recommended.

It's important to note that bone nibblers are specialized surgical instruments and should only be handled by trained medical professionals. The use of bone nibblers requires a skilled surgeon's expertise to ensure safe and effective surgical outcomes.

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• Production Capacity: 1000+
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A bone nibbler, also known as a bone rongeur, is a surgical instrument used in orthopedic and other surgical procedures to trim, cut, or remove small pieces of bone or soft tissue. It is designed to provide precise control and strength to remove unwanted bone fragments or to shape bone surfaces during various surgical interventions.

Overview of a Bone Nibbler:

1. Design: A bone nibbler typically resembles a plier-like instrument. It is made of high-quality stainless steel or other durable materials to withstand repeated use and sterilization. The nibbler's handles are designed for a comfortable grip, and the working end consists of sharp, scooped jaws.

2. Jaws: The jaws of the bone nibbler have a concave and serrated or sharp-edged design. This allows them to grasp and nibble small pieces of bone effectively without causing excessive trauma to surrounding tissues.

3. Types: There are different types of bone nibblers available, including straight and curved versions, to suit various surgical needs and anatomical requirements.

4. Uses: Bone nibblers are commonly used in orthopedic procedures, especially during joint replacement surgeries (e.g., knee, hip) and spinal surgeries. They are useful for removing bone spurs, small bony fragments, or irregular bone edges. The instrument's precision and strength allow surgeons to shape bones to ensure proper fit and alignment during implantation procedures.

5. Sterilization: As with all surgical instruments, bone nibblers need to be thoroughly sterilized before each use to maintain a sterile surgical environment and prevent infections.

6. Care and Maintenance: Proper care and maintenance are essential to prolong the life and functionality of bone nibblers. Regular cleaning, lubrication, and inspection are recommended.

It's important to note that bone nibblers are specialized surgical instruments and should only be handled by trained medical professionals. The use of bone nibblers requires a skilled surgeon's expertise to ensure safe and effective surgical outcomes.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: corrugated box

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A bone awl is a specialized tool used in orthopedic surgery to make small holes or indentations in bone. It is often used in procedures like bone grafting or to create holes for screws or other implants in bone.

Here's an overview of the bone awl as an orthopedic instrument:

Purpose: A bone awl is used to create small holes or punctures in bone tissue during orthopedic procedures.

Design: The instrument typically consists of a handle and a pointed, often tapered, or cylindrical metal shaft. The sharp tip of the awl allows surgeons to apply controlled pressure to penetrate bone without causing excessive damage to surrounding tissue.

Uses: Some common uses of bone awls in orthopedic surgery include:

1. Bone Grafting: During bone grafting procedures, where bone is transplanted from one area to another (autograft) or from a donor source (allograft), a bone awl may be used to prepare the recipient site by creating small holes or spaces to encourage bone fusion and healing.

2. Inserting Implants: Bone awls are used to create pilot holes in bone for the insertion of screws, pins, or other implants used to stabilize fractures or assist in joint reconstruction.

3. Microfracture Surgery: In microfracture procedures, small holes are created in the bone surface to stimulate the formation of new cartilage in damaged joints.

Procedure: The surgeon applies controlled force to the handle of the bone awl, guiding the sharp tip into the bone tissue. The size and depth of the hole created can be controlled by the surgeon's technique and the design of the awl.

Variations: There are different designs and sizes of bone awls available, allowing surgeons to choose the most appropriate instrument for the specific procedure and patient anatomy.

Sterilization: Like all surgical instruments, bone awls must be properly sterilized before use to prevent infection.

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• Production Capacity: 10000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

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The Lowman Bone Holding Clamp, also known simply as the Lowman Clamp, is a surgical instrument commonly used in orthopedic procedures to hold and stabilize bones during surgery. It is named after its inventor, Dr. Charles F. Lowman, an American orthopedic surgeon who made significant contributions to the field.

Key features of the Lowman Bone Holding Clamp include:

1. Design: The Lowman Clamp is designed with two curved, serrated blades that are attached to a central pivot. The blades are used to securely grip bone fragments and provide stabilization during surgical manipulation.

2. Jaws: The jaws of the clamp are designed with serrations or grooves to enhance the grip on bone surfaces and prevent slippage.

3. Sizes: Lowman Bone Holding Clamps come in various sizes to accommodate different bone sizes and surgical needs. The size and configuration of the clamp may vary depending on the specific application.

4. Locking Mechanism: Some versions of the Lowman Clamp feature a ratcheted locking mechanism that allows the surgeon to lock the blades in a closed position, maintaining constant pressure on the bone without requiring continuous manual grip.

5. Materials: Lowman Clamps are typically made from high-quality stainless steel or other medical-grade materials to ensure durability, resistance to corrosion, and ease of sterilization.

6. Applications: The Lowman Bone Holding Clamp is used in a variety of orthopedic procedures, including:

   • Fracture reduction: Holding bone fragments in proper alignment during the healing process.
   • Bone grafting: Holding bone grafts or bone fragments in place during grafting procedures.
   • Osteotomy: Cutting and reshaping bones while maintaining precise control.
   • Joint procedures: Manipulating and stabilizing bones during joint replacement surgeries.

The use of the Lowman Bone Holding Clamp requires proper training and expertise. Orthopedic surgeons and medical professionals who work in bone-related surgeries are trained to select the appropriate instruments and techniques to achieve successful surgical outcomes while minimizing patient risk.

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• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

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1. Bone cutters are orthopedic surgical instruments used to precisely cut and shape bones during orthopedic procedures. Here are some common features of bone cutters:

• Cutting Mechanism: Reviti Bone cutters feature sharp cutting blades or jaws that are designed to effectively cut through bone tissue. The blades may be straight or curved, depending on the specific application and surgical need.
• Size Variations: Reviti Bone cutters come in various sizes, allowing surgeons to choose the appropriate cutter based on the bone size and surgical requirements. Different sizes accommodate different anatomical structures and patient needs.
• Ergonomic Handles: Reviti Bone cutters are typically equipped with ergonomic handles that provide a comfortable and secure grip for the surgeon. This allows for precise control and reduces hand fatigue during lengthy procedures.
• Material and Durability: Reviti Bone cutters are commonly made from high-quality stainless steel or other durable materials. The chosen material ensures durability, strength, and resistance to corrosion, enabling repeated use and sterilization.
• Locking Mechanism: Reviti bone cutters feature a locking mechanism that allows the jaws to be locked in a closed position when not in use. This feature ensures safety during handling and storage.
• Cleaning and Sterilization Compatibility: Reviti cutters are designed for easy cleaning and sterilization to maintain a sterile surgical environment. They are typically compatible with standard sterilization methods such as autoclaving.
• Specialized Variations: Depending on the surgical application, there may be specialized bone cutters designed for specific procedures or anatomical areas. These variations may include specific blade shapes, sizes, or additional features tailored to specific orthopedic needs.
• High-Quality Materials: Orthopedic instruments are typically made from high-grade stainless steel or other durable materials. This ensures durability, strength, and resistance to corrosion, allowing for repeated use and sterilization.
• Precision and Accuracy: Orthopedic instruments are designed with precision in mind. They often have sharp cutting edges, precise measurements, and markings to ensure accurate and precise performance during surgeries.
• Ergonomic Design: Many orthopedic instruments feature ergonomic handles or grips to provide comfort and reduce hand fatigue during prolonged surgical procedures. Ergonomic designs enhance the surgeon's control and precision while minimizing the risk of slippage.
• Versatility: Orthopedic instruments come in various shapes and sizes to accommodate different surgical needs and anatomical structures. They can include cutting tools, retractors, forceps, drills, and many other specialized instruments.
• Sterilization Compatibility: Orthopedic instruments are designed for easy cleaning and sterilization. They can typically withstand standard sterilization methods such as autoclaving, ensuring a sterile surgical environment.
• Specialty Instruments: Orthopedic procedures often require specialized instruments tailored to specific surgical techniques or anatomical areas. These may include implants, fixation devices, joint replacement instruments, arthroscopic instruments, and more.
• Durability and Longevity: Orthopedic instruments are built to withstand the rigors of surgical procedures. They are constructed with durability in mind, ensuring they can withstand repeated use, cleaning, and sterilization processes.

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• Item Code: BoneCutter
• Production Capacity: 1000+
• Delivery Time: 5-7 Days
• Packaging Details: Corrugatged eco Friendly Packaging

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The Volkmann Bone Curette is a surgical instrument commonly used in orthopedic and bone-related procedures. It is named after its inventor, Richard von Volkmann, a German surgeon known for his contributions to the field of orthopedics. The bone curette is designed for scraping and smoothing bone surfaces, particularly within small or confined spaces, to remove tissue, debris, or irregularities.

Key features of the Volkmann Bone Curette include:

1. Design: The Volkmann Bone Curette typically features a long, slender handle with a curved or angled working end. The working end has a rounded scoop-like shape, and it may have one or two sharpened edges.

2. Working End: The scoop-like working end of the curette is designed to fit into crevices, holes, or small areas of bone. It is used to scrape away tissue, remove soft bone fragments, or smooth irregular surfaces.

3. Sizes and Shapes: Volkmann Bone Curettes come in various sizes and shapes to accommodate different anatomical areas and surgical needs. The curvature and size of the working end may vary based on the specific application.

4. Materials: The curette is typically made from stainless steel or other medical-grade materials, ensuring durability, resistance to corrosion, and ease of sterilization.

5. Applications: The Volkmann Bone Curette is used in a variety of orthopedic procedures, including:

   • Removal of infected or necrotic bone tissue.
   • Preparation of bone surfaces for grafting procedures.
   • Smoothing bone surfaces after fracture reduction or osteotomy.
   • Cleaning out bone cavities or tunnels during surgeries such as joint replacements.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 Days
• Packaging Details: CORRUGATED BOX

Product Details:

The Lane Bone Lever, also known as a Lane Bone Holding Lever or simply a Bone Lever, is a surgical instrument commonly used in orthopedic procedures to manipulate, lift, or realign bones during surgery. It is named after its inventor, Sir William Arbuthnot Lane, a British surgeon known for his contributions to orthopedics and other medical fields.

Key features of the Lane Bone Lever include:

1. Design: The Lane Bone Lever typically consists of a long handle with a curved or angled working end. The working end may have a flat or slightly curved surface with a thin, tapered edge for slipping beneath bone fragments.

2. Working End: The flat or curved working end of the lever is designed to fit between bone fragments and provide leverage for lifting or manipulating bones. It is used to assist in fracture reduction, alignment, and stabilization during orthopedic procedures.

3. Sizes and Shapes: Lane Bone Levers come in various sizes and shapes to accommodate different anatomical areas and surgical needs. The curvature and size of the working end may vary based on the specific application.

4. Materials: The lever is typically made from stainless steel or other medical-grade materials, ensuring durability, resistance to corrosion, and ease of sterilization.

5. Applications: The Lane Bone Lever is used in a variety of orthopedic procedures, including:

   • Fracture reduction: Assisting in aligning bone fragments to restore proper bone anatomy and function.
   • Osteotomy: Cutting and reshaping bones while maintaining precise control.
   • Joint procedures: Manipulating and stabilizing bones during joint replacement surgeries.
   • Bone grafting: Lifting bone grafts or bone fragments into position during grafting procedures.

It's important to note that the use of the Lane Bone Lever requires proper training and expertise. Orthopedic surgeons and medical professionals who work in bone-related surgeries are trained to select the appropriate instruments and techniques to achieve successful surgical outcomes while minimizing patient risk.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

An orthopedic bone curette is a specialized surgical instrument used in orthopedic procedures to scrape or remove bone and soft tissue from the inner surfaces of bones or bone cavities. It is commonly used in various orthopedic surgeries, including joint reconstruction, bone grafting, and procedures involving the removal of bone tumors or infected tissue.

Overview of Orthopedic Bone Curette:

1. Design: Orthopedic bone curettes typically have a long, slender handle with a working end that consists of a small, scoop-like, or spoon-shaped blade. The blade may be sharp or have a blunt edge, depending on the intended use.

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3. Material: Bone curettes are made of high-quality materials, such as stainless steel or titanium, to ensure durability and resistance to corrosion.

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5. Function: The primary function of an orthopedic bone curette is to scrape, scoop, or remove damaged or diseased bone tissue from the interior of bones. It is used to smooth and prepare the bone surface for various orthopedic procedures.

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7. Applications: Bone curettes are used in a variety of orthopedic surgeries, including:

   • Debridement: To remove necrotic or infected bone tissue from bone cavities or wounds.
   • Bone Grafting: To prepare the bone surface for bone graft placement to promote bone healing and fusion.
   • Tumor Resection: To remove bone tumors or abnormal growths inside bones.
   • Joint Surgery: To clean and prepare the joint surfaces during joint reconstruction procedures.

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9. Types: There are different types of bone curettes designed for specific purposes and anatomical locations. Some may have different blade shapes or sizes to accommodate various surgical needs.

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11. Sterilization: Proper sterilization of orthopedic bone curettes is essential to prevent infections and ensure patient safety. They are typically autoclaved or subjected to other approved sterilization methods before each use.

Bone curettes require skilled and precise handling by orthopedic surgeons to avoid damaging healthy bone tissue and surrounding structures. They are essential tools in orthopedic surgeries, aiding in the preparation of bone surfaces and improving the overall success of the surgical procedure.

As with all surgical instruments, proper maintenance, cleaning, and sterilization of orthopedic bone curettes are necessary to preserve their effectiveness and longevity. Adherence to surgical protocols and guidelines ensures the safe and accurate use of bone curettes in orthopedic surgeries.

Orthopedic instruments are a specialized set of medical tools and equipment used in orthopedic surgery, a branch of medicine that focuses on the musculoskeletal system. These instruments are designed to handle bones, joints, ligaments, and other structures of the musculoskeletal system during various surgical procedures and treatments. Orthopedic surgeries aim to correct, repair, or reconstruct musculoskeletal conditions and injuries, such as fractures, joint disorders, and deformities.

Orthopedic instruments are typically made of high-quality materials, such as stainless steel or titanium, to ensure durability, resistance to corrosion, and ease of sterilization. Proper sterilization of these instruments is crucial to prevent infections and maintain patient safety.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: Corrugated box