Laparoscopic Instruments

Product Details:

ACL (Anterior Cruciate Ligament) reconstruction instruments are a set of specialized surgical tools designed for use in procedures to reconstruct a damaged or torn ACL in the knee joint. The reconstruction typically involves removing the damaged ligament and replacing it with a graft, either from the patient's own tissue (autograft) or a donor (allograft). Here's a product description highlighting key instruments commonly included in an ACL reconstruction instrument set:

1. Femoral and Tibial Tunnel Guides:

   • Precision instruments designed to create tunnels in the femur and tibia, facilitating the placement of the graft during ACL reconstruction.

2. Graft Harvest Instruments:

   • Tools for harvesting graft tissue, which can include the patellar tendon, hamstring tendons, or quadriceps tendon, depending on the surgeon's preference and patient factors.

3. Graft Passing Instruments:

   • Specialized devices for passing the graft through the tunnels created in the femur and tibia. This may include flexible or rigid devices to aid in graft passage.

4. Suturing Devices:

   • Instruments for securing the graft in place using sutures. This may involve passing sutures through the graft and tying them securely to fixation points on the bone.

5. Suture Anchors:

   • Anchors that are implanted into the bone to provide secure points for attaching the graft. These anchors may be bioabsorbable or metallic.

6. Ligament Tensioners:

   • Instruments designed to assess and adjust the tension of the reconstructed ligament to ensure optimal function and stability.

7. Probes and Rasps:

   • Tools for preparing the bone tunnels and removing any remaining tissue or debris, creating a suitable environment for graft placement.

8. Femoral and Tibial Fixation Devices:

   • Devices for fixing the graft in place on the femur and tibia. This may include interference screws, staples, or other fixation methods.

9. Drills and Reamers:

   • Power tools for precisely shaping the bone tunnels and preparing the bone for graft insertion.

10. Knee Joint Distention System:

    • Instruments or devices for maintaining a clear view of the surgical site by distending the knee joint with a sterile fluid.

11. Arthroscope and Cannulas:

    • Essential for visualization during the procedure, allowing the surgeon to monitor the progress of the reconstruction.

12. Sterilization Trays and Cases:

    • Containers specifically designed to hold and organize the instruments during sterilization and storage.

These ACL reconstruction instruments are meticulously crafted from high-quality materials, often stainless steel or titanium, to ensure durability, precision, and compatibility with sterilization processes. Surgeons and their teams rely on these instruments to perform ACL reconstructions effectively, promoting patient recovery and restoring knee function

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-57 DAYS
• Packaging Details: INDIVIDUAL BOX

Product Details:

An arthroscopic oval punch is a specialized surgical instrument used in arthroscopic procedures, which are minimally invasive surgeries performed to diagnose and treat joint-related conditions. Here is a general product description for an arthroscopic oval punch:

Product Name: Arthroscopic Oval Punch

Description: The Arthroscopic Oval Punch is a precision-engineered surgical tool designed for use in arthroscopic joint surgeries. This instrument is crafted with the highest quality materials to ensure durability, precision, and reliability during orthopedic procedures.

Key Features:

1. Oval Shape: The punch features an oval-shaped cutting edge, allowing for precise tissue removal and shaping in joint spaces. This design is particularly advantageous in addressing irregularities and anatomical variations encountered during arthroscopic interventions.

2. Minimally Invasive: Designed for arthroscopic procedures, this punch facilitates minimally invasive surgery, reducing trauma to surrounding tissues and promoting faster recovery for patients.

3. High-Quality Construction: Constructed from medical-grade stainless steel or other biocompatible materials, the arthroscopic oval punch meets rigorous standards for surgical instruments. The robust build ensures longevity and resistance to corrosion.

4. Ergonomic Design: The instrument is ergonomically designed for ease of use and surgeon comfort. The handle is crafted to provide a secure grip, allowing for precise control and maneuverability in the surgical field.

5. Sharp Cutting Edge: The sharp cutting edge of the oval punch ensures efficient and clean tissue removal, contributing to the overall success of arthroscopic procedures.

6. Variety of Sizes: Available in various sizes to accommodate different patient anatomies and surgical requirements. This versatility allows surgeons to select the most appropriate instrument for the specific task at hand.

7. Sterilization Compatibility: The arthroscopic oval punch is compatible with standard sterilization methods, ensuring that it meets the highest standards of infection control in the operating room.

Applications: The arthroscopic oval punch is commonly used in orthopedic procedures such as meniscectomy, chondroplasty, and synovectomy. Its versatile design makes it suitable for addressing a range of joint-related conditions with precision and minimal invasiveness.

Product Details:

An arthroscopic basket punch is a specialized medical instrument designed for arthroscopic procedures, which involve minimally invasive surgery within a joint. The primary purpose of the arthroscopic basket punch is to perform tissue removal and manipulation within the joint space. Here is a general product description:

Product Name: Arthroscopic Basket Punch

Description: The Arthroscopic Basket Punch is a precision-engineered medical tool designed for use in arthroscopic surgeries, particularly in orthopedic procedures involving joints such as the knee, shoulder, and hip. This instrument is crafted with high-quality materials to ensure durability and reliability during surgical interventions.

Key Features:

1. Minimally Invasive: The basket punch is specifically designed for minimally invasive procedures, allowing surgeons to access and treat joint issues through small incisions. This minimizes trauma to surrounding tissues, reduces scarring, and promotes faster recovery for patients.

2. Versatile Design: The basket punch features a versatile design suitable for various arthroscopic applications. Its ergonomic construction enables precise tissue manipulation and removal, contributing to the success of the surgical procedure.

3. Basket Configuration: The instrument's distinctive feature is its basket-like configuration at the working end. This design facilitates the secure grasping and removal of loose bodies, cartilage fragments, or other debris within the joint, helping to improve joint function and reduce symptoms.

4. Durable Construction: Crafted from high-quality materials, the arthroscopic basket punch ensures durability and longevity. The materials used are chosen to withstand the rigors of arthroscopic procedures and to maintain their sharpness and functionality over time.

5. Enhanced Visibility: The instrument is designed to provide optimal visibility within the joint space. This is crucial for the surgeon to accurately perform the necessary tasks and ensure a successful outcome.

6. Compatibility: The arthroscopic basket punch is designed to be compatible with standard arthroscopic equipment and can be seamlessly integrated into existing surgical setups.

Indications:

• Loose body removal
• Cartilage fragment extraction
• Debridement of damaged tissue
• Foreign body retrieval

Product Details:

Introducing our state-of-the-art Arthroscopic Basket Punch, a revolutionary tool designed to enhance precision and efficiency in arthroscopic procedures. This specialized instrument is meticulously crafted to meet the rigorous demands of orthopedic surgeons and healthcare professionals.

Key Features:

1. Precision Design: The arthroscopic basket punch is engineered with precision in mind, allowing surgeons to target and address specific areas with utmost accuracy.

2. Versatile Functionality: This versatile tool is suitable for a range of arthroscopic applications, offering flexibility in various joint procedures.

3. Durable Construction: Crafted from high-quality materials, the basket punch ensures durability and longevity, standing up to the rigors of frequent medical use.

4. Enhanced Visibility: The design incorporates features that optimize visibility during procedures, providing surgeons with a clear view for meticulous and controlled maneuvers.

5. User-Friendly: Ergonomically designed for ease of use, the arthroscopic basket punch promotes surgeon comfort and confidence, ultimately contributing to successful patient outcomes.

Applications:

• Meniscal Repair
• Cartilage Procedures
• Joint Debridement
• Ligament Reconstruction

Why Choose Our Arthroscopic Basket Punch:

Our commitment to innovation and quality sets us apart in the medical equipment industry. Surgeons trust our arthroscopic instruments for their reliability and precision, leading to improved patient care.

Upgrade your arthroscopic toolkit with the Arthroscopic Basket Punch – a cutting-edge solution for orthopedic excellence.

Product Details:

1. Introducing our state-of-the-art Arthroscopic Basket Punch, a revolutionary tool designed to enhance precision and efficiency in arthroscopic procedures. This specialized instrument is meticulously crafted to meet the rigorous demands of orthopedic surgeons and healthcare professionals.
   Design:

   • The rotary punch is designed for compatibility with arthroscopic procedures, ensuring it can be easily inserted through small incisions.
   • It may have a rotating mechanism, allowing the surgeon to manipulate and cut tissue in various directions.

2. Materials:

   • The instrument is likely made from high-quality, medical-grade stainless steel or other durable materials to ensure strength and longevity.

3. Handle:

   • The handle is designed for comfortable grip and precise control during the surgical procedure.
   • Some handles may be ergonomically shaped to reduce hand fatigue.

4. Rotary Mechanism:

   • The rotary punch may have a mechanism that allows it to rotate left and right.
   • This feature is essential for the surgeon to have optimal control and flexibility when performing tasks inside the joint.

5. Tip Configuration:

   • The tip of the rotary punch may have a specific configuration, such as a cutting edge or a grasping mechanism, depending on its intended use.

6. Sterilization:

   • Arthroscopic instruments, including rotary punches, are designed to be easily sterilized for safe and aseptic use in surgical settings.

Product Details:

Product Name: Arthroscopic Reverse Punch Forcep

Description: The Arthroscopic Reverse Punch Forcep is a specialized surgical instrument designed for arthroscopic procedures, particularly in orthopedic surgery. It is crafted with precision and durability to facilitate delicate maneuvers within joints. Here are some key features:

1. Design:

   • The forcep is designed in a reverse punch configuration, allowing surgeons to access and manipulate tissues in challenging anatomical locations during arthroscopic surgery.
   • The design typically includes a slender and elongated shaft for ease of insertion through small incisions, commonly used in minimally invasive techniques.

2. Material:

   • Constructed from high-quality medical-grade stainless steel or other materials that meet strict hygiene and sterilization standards.

3. Jaw Configuration:

   • The forceps feature specialized jaws designed for specific tasks, such as grasping, cutting, or manipulating tissues.
   • The reverse punch configuration may offer unique advantages in accessing and treating certain joint structures.

4. Articulation:

   • Many arthroscopic forceps come with an articulating feature, allowing the surgeon to manipulate the instrument with enhanced precision within the joint space.

5. Handle:

   • The ergonomic handle design ensures a comfortable grip and precise control for the surgeon during the procedure.

6. Sterilization:

   • Compatible with standard sterilization methods, ensuring the instrument meets the necessary hygiene standards for surgical use.

7. Compatibility:

   • Designed for compatibility with various arthroscopic systems and equipment commonly used in surgical settings.

Product Details:

The Arthroscopic Suture Grasper Forceps are precision instruments designed for use in arthroscopic procedures, offering surgeons a reliable and efficient tool for grasping and manipulating sutures within joint spaces. These forceps are a crucial component in minimally invasive orthopedic surgeries, allowing for precise control and maneuverability.

Key Features:

1. Precision Design: The forceps are intricately designed to provide surgeons with a high level of precision during arthroscopic procedures. The slim and elongated jaws enable easy access to tight spaces within joints.

2. Suturing Capability: The forceps are specifically engineered to grasp and hold sutures securely. This is essential for tasks such as ligament repairs, meniscus repairs, and other orthopedic procedures where suturing is required.

3. Arthroscopic Compatibility: The forceps are compatible with arthroscopic techniques, ensuring that surgeons can perform procedures with minimal invasiveness. This is achieved through a narrow profile that facilitates entry into joint spaces through small incisions.

4. Ergonomic Handle Design: The ergonomic handle design ensures a comfortable grip for surgeons, reducing hand fatigue during prolonged procedures. The handles are also designed for easy manipulation, allowing for precise movements and control.

5. Durable Construction: Constructed from high-quality materials, the forceps are durable and resistant to wear and tear. The materials used are also compatible with standard sterilization processes, maintaining the integrity of the instrument through multiple uses.

6. Ratcheting Mechanism: Some models may include a ratcheting mechanism to securely hold sutures in place, providing additional stability during the suturing process.

7. Easy to Clean and Sterilize: The forceps are designed for easy cleaning and sterilization, meeting the stringent hygiene requirements of surgical instruments. This ensures a high level of safety and reduces the risk of infections.

8. Multiple Jaw Configurations: Depending on the specific model, the forceps may feature different jaw configurations to suit various suturing techniques and anatomical considerations.

9. Markings for Depth Measurement: Some models may include markings on the shaft to aid in depth measurement, allowing surgeons to gauge the precise location within the joint.

10. Versatility: The forceps can be used in various arthroscopic procedures across different joints, contributing to their versatility and utility in orthopedic surgery.

Product Details:

Arthroscopic loose body forceps are specialized surgical instruments used in arthroscopic procedures, which involve minimally invasive surgery to diagnose and treat joint problems. These forceps are designed specifically for the retrieval of loose bodies within the joint space. Loose bodies can be fragments of cartilage, bone, or other tissues that may cause pain, inflammation, and restricted movement within the joint.

Product Description:

1. Design:

   • Arthroscopic loose body forceps are typically designed with a long, slender shaft to facilitate access to the joint space through small incisions.
   • The forceps have a narrow profile to navigate within the confined space of the joint and reach the target area with precision.

2. Material:

   • These forceps are commonly made of high-quality stainless steel or other medical-grade materials to ensure durability, corrosion resistance, and biocompatibility.

3. Jaws:

   • The working end of the forceps features specialized jaws that are designed to grasp and securely hold loose bodies within the joint.
   • The jaws may have a serrated or toothed pattern to enhance grip on the tissue without causing damage.

4. Actuation Mechanism:

   • Arthroscopic forceps can be designed with a variety of actuation mechanisms, such as a pistol grip or a ratcheting system, allowing the surgeon to manipulate the jaws with precision.

5. Size and Length:

   • These forceps come in various sizes and lengths to accommodate different anatomical structures and joint sizes.

6. Visualization Compatibility:

   • Some arthroscopic loose body forceps may be designed for compatibility with arthroscopic visualization systems, allowing surgeons to perform procedures with enhanced visibility.

7. Cleaning and Sterilization:

   • The forceps are designed for easy cleaning and sterilization to maintain aseptic conditions during surgical procedures.

8. Manufacturer's Instructions:

   • The product usually comes with detailed instructions from the manufacturer regarding usage, cleaning, and maintenance.

Product Details:

The term "Arthroscopic Cupped Grasper" likely refers to a medical instrument used in arthroscopic procedures, which are minimally invasive surgeries performed within a joint using a specialized camera and small instruments. While I can provide a general description based on common medical terminology, it's essential to note that specific product features may vary among manufacturers.

A typical Arthroscopic Cupped Grasper is a precision surgical tool designed for arthroscopy, particularly in orthopedic procedures involving joints such as the knee, shoulder, or hip. Here's a general product description:

1. Design:

• The grasper typically has a slender, elongated shaft to facilitate easy insertion through small incisions made during arthroscopic surgery.
• The distal end of the instrument features a cup-shaped jaw, resembling a "cup" or "basket." This design is intended to securely grasp and manipulate tissues within the joint.

2. Materials:

• The instrument is usually made from high-quality, medical-grade stainless steel or other materials compatible with sterilization processes.

3. Functionality:

• The cupped jaw is designed to provide a secure and stable grip on tissues, allowing the surgeon to manipulate or reposition structures within the joint during the procedure.
• The grasper may have a ratcheting mechanism or locking feature to maintain a firm grip on tissues without constant manual pressure.

4. Size:

• Arthroscopic instruments, including cupped graspers, come in various sizes to accommodate different patient anatomies and surgical requirements.

5. Sterilization:

• The instrument is designed to be easily sterilized using common medical sterilization methods, ensuring its safety and compliance with aseptic surgical procedures.

6. Compatibility:

• The Arthroscopic Cupped Grasper is intended for use with arthroscopic camera systems and other arthroscopic instruments commonly employed in orthopedic surgery.

It's important to refer to the specific product documentation or contact the manufacturer for detailed information on a particular Arthroscopic Cupped Grasper, as variations in design, features, and usage may exist among different brands and models. Always follow the manufacturer's instructions and guidelines for proper usage, care, and maintenance of surgical instruments.

Product Details:

Arthroscopic tissue grasping forceps are surgical instruments specifically designed for use in arthroscopic procedures, which involve minimally invasive surgery within a joint. These forceps play a crucial role in manipulating and holding soft tissues within the joint space, allowing surgeons to perform various tasks such as tissue retraction, dissection, and extraction.

Here is a typical product description for arthroscopic tissue grasping forceps:

Product Name: Arthroscopic Tissue Grasping Forceps

Key Features:

1. Minimally Invasive Design: The forceps are crafted with a slim and elongated profile, enabling easy insertion and maneuverability through arthroscopic portals without causing unnecessary trauma to surrounding tissues.

2. Precision Grasping: The forceps feature a fine, serrated jaw design for precise and secure grasping of soft tissues. This ensures a reliable grip during manipulation without causing excessive damage to delicate structures.

3. Ratcheting Mechanism: Equipped with a ratcheting mechanism, the forceps allow for controlled and adjustable clamping strength. This feature enhances the surgeon's ability to securely hold tissues throughout the procedure.

4. Durable Construction: Manufactured from high-quality, medical-grade stainless steel or other biocompatible materials, the forceps are durable, corrosion-resistant, and autoclavable for efficient sterilization between uses.

5. Ergonomic Handle Design: The ergonomic handle design provides surgeons with a comfortable and secure grip, facilitating precise control during intricate arthroscopic procedures. Some models may also incorporate finger loops or pistol grip handles for added convenience.

6. Wide Range of Jaw Sizes: Available in various jaw sizes to accommodate different tissue types and procedure requirements, ensuring versatility and adaptability for various surgical scenarios.

7. Atraumatic Tips: The forceps typically feature atraumatic tips to minimize tissue trauma during grasping and manipulation, reducing the risk of postoperative complications.

8. Easy Maintenance: Designed for easy disassembly and reassembly, facilitating thorough cleaning and maintenance to meet stringent hygiene standards.

Applications:

• Orthopedic Surgery: Ideal for arthroscopic procedures in joints such as the knee, shoulder, and hip.
• Soft Tissue Manipulation: Enables precise manipulation, retraction, and extraction of soft tissues within the joint space.
• Tissue Grasping and Removal: Facilitates the grasping and removal of loose bodies, damaged tissue, or foreign bodies within the joint.

Always refer to the specific product details provided by the manufacturer for accurate and comprehensive information about a particular arthroscopic tissue grasping forceps model.

Product Details:

1. Design: The term "Rhino" might suggest a sturdy or robust design, possibly with a shape or features reminiscent of a rhinoceros.

2. Material: Typically made of high-quality medical-grade materials such as stainless steel, the suture passer needs to be durable, corrosion-resistant, and compatible with sterilization processes.

3. Handle: An ergonomic handle for easy manipulation by the surgeon during the arthroscopic procedure. The design should provide comfort and control.

4. Jaw Mechanism: The suture passer typically has a mechanism for grasping and passing sutures through tissues. This mechanism could be in the form of jaws that can open and close.

5. Suturing Capability: The instrument should be capable of holding and passing sutures accurately, facilitating the stitching or repair process.

6. Compatibility: It should be compatible with standard arthroscopic procedures and equipment, ensuring ease of integration into existing surgical setups.

7. Size: The size of the instrument should be suitable for arthroscopic procedures, allowing access through small incisions.

8. Sterilization: The instrument should be designed for easy sterilization to meet medical hygiene standards.

Product Details:

An arthroscopic rasp forceps is a specialized surgical instrument used in arthroscopic procedures, which involve the minimally invasive examination and treatment of the interior of a joint. Here is a general product description for an arthroscopic rasp forceps:

Product Name: Arthroscopic Rasp Forceps

Description: The arthroscopic rasp forceps are precision-designed surgical instruments crafted for use in arthroscopic surgeries, where intricate joint procedures are performed through small incisions. These forceps are crucial for smoothing and shaping bone surfaces within a joint, aiding in the removal of irregularities, cartilage, or any other unwanted tissues.

Key Features:

1. Minimally Invasive Design: The forceps are designed to be used through small incisions commonly associated with arthroscopic procedures, minimizing trauma to surrounding tissues.

2. Rasp Functionality: Equipped with a rasp mechanism, these forceps enable efficient and controlled removal of bone tissue irregularities, ensuring a smoother joint surface.

3. Precision and Control: The instrument is engineered to provide surgeons with the necessary precision and control during procedures, allowing for targeted and accurate bone shaping.

4. Durable Construction: Crafted from high-quality materials such as stainless steel or other medical-grade alloys, ensuring durability, corrosion resistance, and longevity.

5. Ergonomic Design: The forceps feature an ergonomic design for comfortable handling during extended surgical procedures, with an emphasis on surgeon comfort and control.

6. Easy to Clean and Sterilize: The materials used allow for easy cleaning and sterilization, adhering to strict medical standards for instrument hygiene.

7. Multiple Sizes and Configurations: Available in various sizes and configurations to accommodate different surgical needs and joint anatomies.

Applications: Arthroscopic rasp forceps are commonly used in orthopedic surgeries for procedures such as joint debridement, cartilage smoothing, and bone reshaping. These instruments play a crucial role in enhancing joint function and reducing discomfort for patients undergoing arthroscopic interventions.

Product Details:

However, I can provide a general description of arthroscopic instruments and backward knife forceps based on common medical terminology:

1. Arthroscopic Instruments: Arthroscopy is a minimally invasive surgical procedure used for diagnosing and treating joint problems. Arthroscopic instruments are specialized tools designed for use in arthroscopic procedures. These instruments are inserted into the joint through small incisions, allowing surgeons to visualize, diagnose, and treat various conditions within the joint.

2. Backward Knife Forceps: Forceps are surgical instruments used for grasping, manipulating, or extracting tissues during surgery. "Backward knife forceps" suggests a forceps design with a blade or cutting element oriented in a backward direction. This design might be suitable for specific tasks within arthroscopic procedures, where precision and maneuverability are crucial.

Product Details:

Product Details:

Arthroscopic instruments are specialized tools used in arthroscopic surgery, a minimally invasive surgical technique for diagnosing and treating joint-related conditions. These instruments are designed to be inserted into the joint through small incisions, typically around 5 to 10 millimeters in size, allowing the surgeon to access and visualize the joint's interior without the need for a large incision.

A "disc punch" is a type of arthroscopic instrument specifically used for procedures involving intervertebral discs, which are the cushion-like structures between the vertebrae in the spine. The instrument is used to perform various tasks such as:

1. Disc Resection: Removing damaged or herniated portions of the intervertebral disc to relieve pressure on nerves and reduce pain.
2. Biopsy: Collecting tissue samples for further examination and diagnosis.
3. Debridement: Removing damaged or unhealthy tissue from the disc or surrounding areas.
4. Preparing the Disc Space: Creating space for the insertion of spinal implants or performing other surgical procedures.

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.

Here is an overview of some common categories of orthopedic instruments:

1. Cutting Instruments: These include bone saws, osteotomes, and bone chisels used to cut or shape bones during procedures such as osteotomies (bone cutting) and bone grafting.

2. Fixation Instruments: Fixation devices such as screws, plates, and nails are used to stabilize fractured bones and facilitate the healing process.

3. Probing and Retracting Instruments: These instruments help surgeons explore and access anatomical structures by gently moving tissues aside without causing damage.

4. Reamers and Drills: Used for creating holes in bones to prepare them for the insertion of screws, nails, or other fixation devices.

5. Forceps and Clamps: Grasping and holding instruments used to manipulate tissues and bones during surgery.

6. Rongeurs and Punches: Instruments used to remove small pieces of bone or cartilage during procedures like debridement.

7. Arthroscopic Instruments: These tools are used in arthroscopic surgery to access and treat joint-related conditions through small incisions.

8. Retractors: Devices used to hold back tissues or organs to provide better visibility and access to the surgical site.

9. Suction and Irrigation Instruments: Used to remove blood and fluids from the surgical area to maintain a clear view.

10. Curettes and Scrapers: Instruments used to remove tissue debris or abnormal bone growth.

11. Tendon and Ligament Instruments: Instruments designed specifically for handling tendons and ligaments during repair or reconstruction procedures.

Additional Information:

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

Product Details: