Trocars are essential surgical instruments used in various minimally invasive procedures, such as laparoscopic and arthroscopic surgeries. These devices consist of a cannula, obturator, and a seal, providing a portal for the insertion of surgical tools while maintaining pneumoperitoneum or fluid pressure.
Features:
Key features of the trocars include:
• Light Weight & Easy to Use: Cannulae made from lightweight PEEK, feature a funneled surface for easy instrument introduction.
• Low Profile: The discreet design of the ports maximize accessibility for the Surgeon, particularly when ports are placed closely together.
• Reduced Set-Up Time: All sterile reusable elements are available, accommodating quick changes in procedures, saving staff time pre-op and during surgery.
• Enhaced Port Retention: Micro-threaded cannulae provide assurance to Surgeons of port stability without the requirement of a balloon.
Titanium hemostatic clips are designed to provide secure and effective closure of blood vessels and tissues, minimizing blood loss during surgery. Their precise application ensures efficient hemostasis, contributing to safer surgical outcomes.
Components:
Key components of Titanium Hemostatic Clips include:
• Clip Applier: A specialized instrument used to place the clip accurately on the target vessel or tissue.
• Clip Cartridge: Contains multiple clips, allowing for quick and efficient application during surgery.
• Titanium Clips: Made from high-quality titanium, offering strength and biocompatibility. They are available in various sizes to accommodate different surgical needs.
Self-locking barbed sutures feature barbs along their length that engage with the tissue, locking the suture in place and eliminating the need for knots. This design ensures uniform tension distribution and secure wound approximation. In conclusion, Self-locking Barbed Sutures represent a significant advancement in surgical suturing technology. Their unique design eliminates the need for knots, ensuring secure and efficient wound closure.
Components:
Key components of Self-locking Barbed Sutures include:
• Barbed Suture Material: The suture is made from high-strength, biocompatible materials, often absorbable, and features barbs that lock into the tissue.
• Needle: Attached to the suture for easy and precise insertion through the tissue.
• Barbs: Strategically placed along the suture to engage tissue and lock the suture in place as it is pulled through.
Ifabond Surgical Glue is a high-performance medical adhesive used for tissue approximation and wound closure in various surgical procedures. This adhesive provides a fast, effective, and minimally invasive alternative to traditional sutures and staples, promoting better cosmetic outcomes and reducing recovery times.
Components:
Key components of Ifabond Surgical Glue include:
• Adhesive Solution: A cyanoacrylate-based formulation that rapidly polymerizes upon contact with tissue, creating a strong bond.
• Applicator: A precision applicator designed to dispense the adhesive accurately and evenly onto the tissue.
• Protective Cap: A cap that maintains the integrity of the adhesive solution until it is ready to be used.
Cygnet Flexible Clamps are advanced surgical instruments designed for precise and secure tissue manipulation during various surgical procedures. Engineered for versatility and adaptability, these clamps offer enhanced control and flexibility in managing delicate or complex tissue structures.
Components:
Key components of Cygnet Flexible Clamps include:
• Flexible Jaw Mechanism: The clamp features adjustable jaws that conform to the contours of the tissue, ensuring a secure grip.
• Ergonomic Handle: Designed for comfort and precision, the handle provides optimal control and reduces hand fatigue.
• Locking Mechanism: A robust locking mechanism ensures that the clamp remains securely in place during the procedure.
Sutures are critical medical devices used for closing wounds or surgical incisions, ensuring proper healing and minimizing the risk of complications. They come in various types and materials to suit different surgical needs and patient conditions.
Components:
Key components of sutures include:
• Suture Material: Made from materials such as silk, nylon, polypropylene, or absorbable substances, chosen based on the tissue type and healing requirements.
• Needle: Attached to the suture material, the needle is used to penetrate and stitch tissues. It may be straight or curved depending on the application.
• Thread: The main component that is threaded through the tissues, coming in various diameters and lengths to suit different procedures.
Stainless steel sutures provide robust and permanent tissue support, particularly in applications requiring high tensile strength and resistance to tissue reaction. They are designed to ensure secure wound closure and minimize the risk of suture-related complications.
Components:
Key components of stainless steel sutures include:
• Suture Material: Made from high-grade stainless steel, providing superior strength, corrosion resistance, and longevity.
• Needle: Usually attached to the suture material, the needle is designed for precise tissue penetration and often comes in curved or straight configurations depending on the procedure.
• Thread: Composed of a single, continuous strand of stainless steel wire, ensuring strength and reliability.
Sterilene Mesh offers a durable and biocompatible solution for reinforcing tissues and repairing hernias. It is designed to integrate with the body’s tissues while providing long-lasting support and minimizing the risk of complications.
Components:
Key components of Sterilene Mesh include:
• Mesh Material: Made from high-strength polypropylene or polyester fibers, ensuring durability and minimal risk of tissue reaction.
• Structure: The mesh has a porous, grid-like structure that allows tissue ingrowth and integration, providing effective support and reinforcement.
• Coating (if applicable): Some Sterilene Mesh products feature a special coating to enhance adhesion and reduce tissue irritation.
