Topical skin adhesive is a medical-grade adhesive designed for external use on the skin to facilitate the closure of superficial wounds and incisions. This innovative adhesive serves as an alternative to traditional sutures or staples, offering a convenient and non-invasive method for wound closure. Typically transparent and liquid in form, the adhesive creates a strong bond between the wound edges, promoting efficient healing while minimizing scarring. Its quick-drying nature and ease of application make it a popular choice in various medical settings, including emergency rooms, clinics, and outpatient procedures. Topical skin adhesives are often preferred for their simplicity, reduced discomfort for patients, and the ability to provide an effective barrier against external contaminants. Additionally, they offer flexibility and adaptability to the contours of the skin, allowing for natural movement during the healing process. As with any medical product, proper application and adherence to healthcare guidelines are essential for optimal outcomes.

The V+Pad™ Hemostasis Pads are innovative medical devices designed to promote hemostasis, the process of stopping bleeding, following surgical procedures or other medical interventions. These pads are engineered with advanced materials that efficiently absorb and control blood flow, facilitating quicker clotting and minimizing the risk of post-operative bleeding complications. Their unique composition provides a soft and comfortable interface with the wound site, reducing patient discomfort and promoting faster healing. With their reliable performance and user-friendly design, V+Pad™ Hemostasis Pads have become indispensable tools in modern medical practice, ensuring optimal patient outcomes and enhancing surgical efficiency.

MaxiCELL™ Biopsy Needles represent a pinnacle in medical technology, revolutionizing the process of tissue sampling with their advanced design and precision engineering. These needles are meticulously crafted instruments tailored for the delicate task of extracting tissue samples for diagnostic evaluation. Characterized by their superior performance and reliability, MaxiCELL™ Biopsy Needles are engineered to deliver unparalleled accuracy and efficiency in biopsy procedures.

At the heart of their design is a combination of cutting-edge materials and innovative features that ensure optimal tissue acquisition while minimizing patient discomfort. With their ergonomic handles and intuitive controls, these needles provide healthcare professionals with enhanced maneuverability and control during procedures, allowing for precise targeting of the biopsy site with minimal tissue trauma.

One of the hallmark features of MaxiCELL™ Biopsy Needles is their advanced cutting mechanism, which facilitates smooth, clean sample retrieval while minimizing the risk of specimen fragmentation. This ensures that the obtained tissue samples are of high quality, providing clinicians with reliable data for accurate diagnosis and treatment planning.

Polymer ligating clips are medical devices designed for the secure closure of blood vessels or tissue during surgical procedures. These clips are typically made from biocompatible polymers, such as medical-grade plastics, ensuring compatibility with the human body. Their primary purpose is to provide a non-invasive and efficient method of ligating or sealing blood vessels, ducts, or other anatomical structures, thereby controlling bleeding and facilitating tissue repair. The clips are applied using specialized applicators, allowing surgeons to quickly and precisely close off vessels without the need for traditional sutures. Polymer ligating clips are known for their durability and stability, providing a reliable means of achieving hemostasis in various surgical contexts. Their use often results in reduced operative time and improved patient outcomes, making them a valuable tool in modern surgical practice.

Needle guides are designed specifically for use in conjunction with the Lorad Stereo Loc™ II Prone Stereotactic System for core biopsy of  the breast.

SKATER™ All-Purpose, Nephrostomy, & Biliary Drainage Catheters are versatile medical devices designed for a range of therapeutic procedures in healthcare settings. Engineered with precision and durability, these catheters serve multiple purposes, including drainage and fluid management in various anatomical structures.

These catheters feature a sleek and flexible design, allowing for ease of insertion and manipulation within the body. They are constructed from biocompatible materials, ensuring compatibility with bodily fluids and tissues while minimizing the risk of adverse reactions or complications.

The All-Purpose variant of SKATER™ catheters is suitable for a wide array of applications, including urinary drainage, abscess drainage, and fluid aspiration. Their design facilitates efficient drainage while maintaining patient comfort and safety.

The Nephrostomy catheters are specifically tailored for renal applications, allowing for the diversion of urine from the kidneys to an external collection system. They are equipped with specialized features to ensure secure placement and optimal urinary flow management.

Similarly, the Biliary Drainage catheters are designed for the drainage of bile from the biliary tract, offering relief for patients with obstructive jaundice or other biliary disorders. These catheters are engineered to navigate the complex anatomy of the biliary system with precision and efficacy.

Overall, SKATER™ All-Purpose, Nephrostomy, & Biliary Drainage Catheters represent a reliable and versatile solution for various therapeutic interventions, providing clinicians with the tools needed to effectively manage drainage and fluid-related challenges in patient care.

The T-Lok™ Bone Marrow Biopsy Needle is a medical device designed for obtaining bone marrow samples with precision and efficiency. Engineered with advanced technology, this needle features a unique T-shaped locking mechanism that ensures secure sample collection while minimizing the risk of sample loss or contamination. Its ergonomic design allows for comfortable handling by medical professionals during procedures, reducing patient discomfort and procedural time. The needle is constructed from high-quality materials to ensure durability and reliability, meeting the rigorous standards of medical practice. With its innovative design and functionality, the T-Lok™ Bone Marrow Biopsy Needle represents a significant advancement in bone marrow biopsy procedures, providing clinicians with a valuable tool for accurate diagnosis and treatment planning in various medical settings.

A single-use wound protector is a medical device designed to provide a barrier and maintain a sterile field around a surgical incision or wound during a procedure. These devices are used to prevent contamination of the surgical site, reduce the risk of postoperative infections, and promote better healing outcomes. The wound protector is typically made of transparent or semi-transparent materials to allow for visibility of the surgical area.

Here's how a single-use wound protector generally works:

1. Placement: The surgeon or surgical team places the wound protector over the surgical site before making the incision.

2. Sterile Barrier: The device creates a sterile barrier around the incision or wound, preventing contact with non-sterile surfaces and reducing the risk of contamination.

3. Visibility: The transparent nature of the material allows the surgical team to maintain visual access to the operative site, ensuring precise and accurate surgical procedures.

4. Manipulation Access: Some wound protectors come with built-in sleeves or ports, allowing the insertion of surgical instruments or the surgeon's hands without compromising the sterile field.

5. Sealing: Wound protectors often have mechanisms to secure and seal the device in place to maintain a sterile environment throughout the surgical procedure.

6. Removal: Once the surgical procedure is complete, the wound protector is carefully removed, and the incision is closed.

Single-use wound protectors are part of the broader efforts in the healthcare industry to minimize the risk of surgical site infections and improve patient outcomes. These devices are typically disposable, ensuring a new and sterile protector is used for each surgical procedure, thus eliminating the risk of cross-contamination.

Specialty trays and accessories encompass a diverse range of products designed to meet specific needs across various industries, from healthcare to hospitality. These trays and accessories are meticulously crafted to streamline processes, enhance efficiency, and elevate user experience in specialized settings. In healthcare, for instance, specialty trays may include surgical instrument trays tailored for specific procedures, ensuring surgical teams have easy access to the necessary tools while maintaining sterility. Moreover, these trays may incorporate features such as compartmentalization or customizable layouts to accommodate unique surgical requirements. Beyond healthcare, specialty trays find application in food service, where they serve as indispensable tools for catering events or organizing intricate culinary presentations. These trays come in various materials, including stainless steel for durability in medical settings or elegant finishes like wood or porcelain for upscale dining occasions. Complementing these trays are accessories such as serving utensils, dividers, or lids, which further enhance functionality and presentation. Whether facilitating complex medical procedures or adding finesse to culinary creations, specialty trays and accessories epitomize precision engineering and thoughtful design, catering to the nuanced demands of specialized industries.

The BioPince™ Full Core Biopsy Instrument is a cutting-edge medical device designed for the precise and efficient extraction of tissue samples in biopsy procedures. Engineered with advanced technology and ergonomic features, this instrument facilitates accurate and minimally invasive tissue sampling for diagnostic purposes.

Characterized by its innovative design, the BioPince™ incorporates a specialized cutting mechanism that enables clinicians to obtain full-core biopsy samples with unparalleled precision and consistency. This ensures that the collected tissue specimens are representative of the targeted area, enhancing diagnostic accuracy and reducing the need for additional sampling.

The ergonomic design of the BioPince™ prioritizes user comfort and control during biopsy procedures, allowing for steady and controlled manipulation. Its intuitive operation minimizes procedural complexities, making it suitable for use across various clinical settings and skill levels.

Bone marrow harvest needles are specialized medical instruments designed for the extraction of bone marrow from the donor's pelvic bones or sternum. These needles are typically used in procedures aimed at collecting bone marrow for transplantation, research, or diagnostic purposes. They come in various sizes and designs, but commonly consist of a hollow, sharp needle attached to a handle or syringe for controlled insertion and aspiration. The needles are crafted to penetrate the hard outer layer of bone and reach the spongy inner tissue where the marrow is located. During the harvesting process, medical professionals carefully maneuver the needle into the bone, applying controlled pressure to avoid damage to surrounding structures and ensure optimal marrow retrieval. Once in position, the marrow is extracted through gentle suction or aspiration into a collection device for further processing or transplantation. Advanced designs may incorporate features such as multiple side ports or adjustable depth stops to enhance efficiency and precision during the procedure. Overall, bone marrow harvest needles play a crucial role in facilitating the extraction of this vital tissue for therapeutic and investigative purposes, contributing to advancements in medical treatment and research.

The Option™ELITE Inferior Vena Cava (IVC) Filter System represents a sophisticated medical device designed to address the crucial task of preventing pulmonary embolism (PE) in patients at risk. This innovative system consists of a meticulously engineered filter placed within the inferior vena cava, a major vein responsible for returning deoxygenated blood from the lower body to the heart. The filter's primary function is to trap blood clots that may break free from deep vein thrombosis (DVT) in the legs or pelvis, thereby averting their migration to the lungs where they could potentially cause life-threatening blockages. Notably, the Option™ELITE Filter System boasts advanced features, including a unique conical shape and nitinol construction, enhancing its stability and minimizing the risk of migration or perforation. Additionally, its streamlined delivery system facilitates precise placement by healthcare professionals, ensuring optimal positioning within the vena cava. With a focus on both efficacy and safety, this cutting-edge device offers a vital means of safeguarding patients against the devastating consequences of PE while affording clinicians confidence in its reliability and ease of use.

A Single Use Linear Cutter is a specialized medical device designed for surgical procedures, particularly in the field of gastrointestinal and abdominal surgeries. This innovative instrument is characterized by its disposable nature, meaning it is intended for a one-time use during a specific surgical intervention. The cutter is engineered with precision and efficiency in mind, featuring a linear blade mechanism that enables surgeons to make precise incisions and simultaneously staple tissues together. The single-use aspect of the device not only ensures sterility but also eliminates the need for time-consuming reprocessing, streamlining the surgical workflow. These instruments are commonly employed in procedures such as bowel resections, gastric bypass surgeries, and other applications where the cutting and stapling of tissues are integral to the surgical process. The Single Use Linear Cutter exemplifies advancements in surgical technology, emphasizing safety, convenience, and effectiveness in modern medical practices.

Dental hand instruments are essential tools used by dental professionals to perform a variety of tasks during oral examinations, cleanings, and dental procedures. These instruments are meticulously designed to aid in the diagnosis, treatment, and maintenance of oral health. Hand instruments can be broadly categorized into diagnostic, preventive, and restorative tools. Diagnostic instruments, such as mirrors and explorers, assist in examining the oral cavity for signs of dental issues. Preventive instruments, like scalers and curettes, are employed for removing plaque and calculus during dental cleanings to prevent cavities and gum diseases. Restorative instruments, including excavators and carvers, are utilized in procedures like filling cavities and shaping dental materials. Precision and ergonomic design are paramount in dental hand instruments to ensure the comfort of both the patient and the dentist, while also promoting accuracy in dental procedures. Regular maintenance and sterilization are crucial to uphold the highest standards of hygiene and patient safety in dental practice.