The SKATER™ Drainage System represents a cutting-edge medical innovation designed to address drainage needs in various clinical settings. Engineered with precision and patient comfort in mind, this system offers a comprehensive solution for efficient and hygienic fluid management. Its advanced features include a user-friendly interface for healthcare professionals, ensuring straightforward operation and accurate monitoring of drainage levels. Additionally, the SKATER™ Drainage System boasts enhanced safety measures to minimize the risk of complications during drainage procedures. With its compact design and portable nature, this medical device facilitates seamless integration into healthcare facilities, enabling clinicians to deliver optimal care with ease. Whether utilized in surgical interventions, post-operative care, or other medical scenarios requiring fluid drainage, the SKATER™ Drainage System stands as a reliable and indispensable tool, enhancing patient outcomes and healthcare efficiency.

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.

SKATER™ All-Purpose Drainage Catheters are versatile medical devices designed to facilitate efficient drainage in various clinical settings. These catheters are meticulously engineered to provide optimal performance and patient comfort. Featuring a sleek design, SKATER™ catheters boast a flexible body with multiple side holes strategically positioned along the length to ensure effective drainage of fluids.

The catheter's construction includes high-quality materials chosen for their compatibility with bodily fluids and tissues, minimizing the risk of adverse reactions or complications. This ensures patient safety and comfort during prolonged usage. Additionally, SKATER™ catheters are equipped with radiopaque markers, aiding in precise placement under imaging guidance for accurate drainage.

The innovative design of SKATER™ All-Purpose Drainage Catheters enables clinicians to address a wide range of drainage needs across various medical specialties. Whether used for percutaneous nephrostomy, abscess drainage, or other therapeutic interventions, these catheters offer reliability and versatility. Their user-friendly features streamline the insertion process, reducing procedural time and enhancing overall patient care.

Overall, SKATER™ All-Purpose Drainage Catheters represent a cutting-edge solution for effective fluid drainage, combining advanced engineering with practical functionality to meet the diverse needs of healthcare professionals and their patients.

SKATER™ All-Purpose Drainage Catheters are versatile medical devices designed to facilitate efficient drainage in various clinical settings. These catheters are meticulously engineered to provide optimal performance and patient comfort. Featuring a sleek design, SKATER™ catheters boast a flexible body with multiple side holes strategically positioned along the length to ensure effective drainage of fluids.

The catheter's construction includes high-quality materials chosen for their compatibility with bodily fluids and tissues, minimizing the risk of adverse reactions or complications. This ensures patient safety and comfort during prolonged usage. Additionally, SKATER™ catheters are equipped with radiopaque markers, aiding in precise placement under imaging guidance for accurate drainage.

The innovative design of SKATER™ All-Purpose Drainage Catheters enables clinicians to address a wide range of drainage needs across various medical specialties. Whether used for percutaneous nephrostomy, abscess drainage, or other therapeutic interventions, these catheters offer reliability and versatility. Their user-friendly features streamline the insertion process, reducing procedural time and enhancing overall patient care.

Overall, SKATER™ All-Purpose Drainage Catheters represent a cutting-edge solution for effective fluid drainage, combining advanced engineering with practical functionality to meet the diverse needs of healthcare professionals and their patients.

SKATER™ Biliary Drainage Catheters are advanced medical devices designed for the management of biliary obstructions and related conditions. These catheters offer a comprehensive solution for physicians treating patients with biliary disorders, providing effective drainage and relief.

Constructed with high-quality materials and engineered for precision, SKATER™ Biliary Drainage Catheters are characterized by their flexibility, allowing for smooth insertion and maneuverability within the intricate biliary anatomy. This flexibility is essential for navigating the tortuous paths often encountered in the bile ducts.

One notable feature of SKATER™ Biliary Drainage Catheters is their innovative design, which incorporates multiple side holes along the catheter shaft. These side holes facilitate efficient drainage by allowing bile and other fluids to enter the catheter from various directions, ensuring thorough evacuation of obstructions and preventing clogging.

Furthermore, the catheters are equipped with radiopaque markers, enabling accurate placement under fluoroscopic guidance. This feature enhances procedural safety and ensures precise positioning within the biliary system, minimizing the risk of complications.

SKATER™ Biliary Drainage Catheters are available in various sizes and configurations to accommodate different patient anatomies and clinical requirements. Additionally, they are compatible with standard medical equipment used in biliary interventions, facilitating seamless integration into existing procedural protocols.

Overall, SKATER™ Biliary Drainage Catheters represent a cutting-edge solution for the management of biliary disorders, offering physicians a reliable tool to improve patient outcomes through effective drainage and symptom relief.

SKATER™ Centesis Catheters are innovative medical devices designed to facilitate the safe and efficient drainage of fluids from the body, particularly in cases where excess fluid accumulation poses health risks. These catheters feature a cutting-edge design tailored to optimize performance and minimize patient discomfort during the procedure. With their slender, flexible construction, SKATER™ Centesis Catheters can navigate challenging anatomical structures with precision, allowing healthcare professionals to access fluid collections with ease. The catheters are equipped with advanced technologies that enhance visibility and control, enabling accurate placement and effective drainage. Additionally, their compatibility with various drainage systems enhances versatility and convenience in clinical settings. Overall, SKATER™ Centesis Catheters represent a significant advancement in medical technology, offering clinicians a reliable tool for managing fluid-related complications with confidence and precision.

SKATER™ Introducer Sets are innovative medical devices designed to facilitate the smooth insertion of various catheters into the vasculature during surgical procedures. These sets are meticulously crafted with precision to ensure optimal performance and patient comfort. Featuring a unique tapered design, SKATER™ Introducer Sets enable surgeons to effortlessly navigate through the delicate vascular anatomy with enhanced control and accuracy.

The design incorporates advanced materials that minimize friction, reducing the risk of vascular trauma and discomfort for the patient. Additionally, SKATER™ Introducer Sets are equipped with specialized components such as dilators and sheaths, which work synergistically to create a seamless transition for catheter insertion. This integration streamlines the procedural workflow, saving valuable time in the operating room while ensuring reliable and consistent results.

Moreover, these sets prioritize safety with features like radiopaque markers, allowing for precise placement under fluoroscopic guidance. This ensures accurate positioning of the catheter, minimizing the potential for complications and improving overall procedural outcomes. Whether used in interventional cardiology, radiology, or other vascular procedures, SKATER™ Introducer Sets exemplify innovation and excellence in modern medical device technology, empowering healthcare professionals to deliver optimal care with confidence and efficiency.

Introducer Sheaths/Needles (ISN) are medical devices designed to facilitate the insertion of larger medical instruments or devices into the body, typically through a small incision or puncture site. These devices consist of a hollow tube or sheath, often made of flexible plastic or metal, with a sharp needle at one end and a handle or hub at the other. 

The needle is used to create the initial puncture in the skin or tissue, while the sheath provides a pathway for the insertion of catheters, guidewires, or other instruments into the body. Once the needle has been inserted to the desired depth, it is typically withdrawn, leaving the sheath in place to serve as a conduit for further procedures.

Introducer sheaths/needles are commonly used in various medical specialties, including interventional cardiology, radiology, and vascular surgery, to access blood vessels or other anatomical structures safely and efficiently. They help minimize trauma to surrounding tissues, reduce the risk of bleeding or other complications, and allow for smoother introduction of larger devices or implants.

These devices come in various sizes and configurations to accommodate different procedural requirements and patient anatomies. Some may feature additional components such as hemostatic valves or dilators to further facilitate instrument insertion and manipulation. Overall, introducer sheaths/needles play a crucial role in modern minimally invasive procedures, enabling healthcare providers to perform complex interventions with greater precision and patient comfort.

Introducer Sheaths/Needles (ISN) are medical devices designed to facilitate the insertion of larger medical instruments or devices into the body, typically through a small incision or puncture site. These devices consist of a hollow tube or sheath, often made of flexible plastic or metal, with a sharp needle at one end and a handle or hub at the other. 

The needle is used to create the initial puncture in the skin or tissue, while the sheath provides a pathway for the insertion of catheters, guidewires, or other instruments into the body. Once the needle has been inserted to the desired depth, it is typically withdrawn, leaving the sheath in place to serve as a conduit for further procedures.

Introducer sheaths/needles are commonly used in various medical specialties, including interventional cardiology, radiology, and vascular surgery, to access blood vessels or other anatomical structures safely and efficiently. They help minimize trauma to surrounding tissues, reduce the risk of bleeding or other complications, and allow for smoother introduction of larger devices or implants.

These devices come in various sizes and configurations to accommodate different procedural requirements and patient anatomies. Some may feature additional components such as hemostatic valves or dilators to further facilitate instrument insertion and manipulation. Overall, introducer sheaths/needles play a crucial role in modern minimally invasive procedures, enabling healthcare providers to perform complex interventions with greater precision and patient comfort.

Drainage bags are essential medical devices designed to collect bodily fluids, primarily urine, from patients who are unable to control their bladder function or are undergoing certain medical procedures. These bags typically consist of a flexible plastic pouch with an inlet tube connected to a catheter inserted into the patient's bladder. The pouch is equipped with a drainage port at the bottom, allowing for easy disposal of the collected fluid. Most drainage bags are equipped with a valve or clamp to prevent leakage and ensure proper containment of the urine. They come in various sizes to accommodate different patient needs, ranging from small bedside bags for short-term use to larger leg bags for more active patients. Drainage bags play a crucial role in maintaining hygiene, preventing urinary tract infections, and providing comfort and convenience for patients who require urinary drainage. Advanced designs may feature anti-reflux mechanisms to prevent urine from flowing back into the bladder and bacterial filters to reduce the risk of contamination. Proper care and regular emptying of drainage bags are essential to ensure their effectiveness and minimize the risk of complications for the patient.

V•Stick™ Vascular Access Sets assist in gaining vascular access for the placement of .035” and .038” guidewires into the vascular  system using small needle access to reduce puncture site and vessel trauma. 

Guidewire (.018” x 40cm)  

• Available in stainless steel or nitinol with seamless wire transition to the radiopaque tip 

• Floppy tip construction provides flexibility during placement 

Smooth Trans Co-axial Introducer (3F dilator w/4F or 5F sheath) - Available in two styles: standard and stiff • Standard (red locking nut) – standard co-axial introducer with smooth transition from inner dilator to outer heath • Stiff (white locking nut) – stiff co-axial introducer 

UltraSharp Needle (21G x 7cm) 

• UltraSharp, beveled needle reduces drag and eases insertion 

• Available with or without echogenic tip 

The Axcess™ Percutaneous Introducer Kits represent a cutting-edge advancement in medical technology designed to facilitate minimally invasive procedures with precision and efficiency. These kits are meticulously crafted to provide clinicians with the tools necessary for safe and effective vascular access during various interventional procedures. Engineered with state-of-the-art materials and innovative design features, the Axcess™ Percutaneous Introducer Kits offer superior performance and reliability.

At the heart of these kits is the percutaneous introducer, a specialized instrument meticulously designed to allow for the controlled insertion of catheters, guidewires, and other medical devices into the vasculature with minimal trauma to surrounding tissues. This component is engineered with precision to ensure smooth navigation through the vascular system, reducing the risk of complications and improving patient outcomes.

The Axcess™ Percutaneous Introducer Kits also include ancillary components such as dilators, sheaths, and accessories, each carefully selected and calibrated to work seamlessly together, streamlining the procedural workflow and enhancing overall efficiency. These kits are available in a range of configurations to accommodate diverse procedural requirements and patient anatomies, providing clinicians with the flexibility and versatility needed to address a wide spectrum of clinical scenarios.

In addition to their technical sophistication, the Axcess™ Percutaneous Introducer Kits prioritize patient safety and comfort. The components are designed to minimize patient discomfort during insertion and removal, and stringent quality control measures ensure the reliability and consistency of performance across all procedures.

Overall, the Axcess™ Percutaneous Introducer Kits represent a pinnacle of innovation in vascular access technology, empowering clinicians to perform minimally invasive procedures with confidence and precision while prioritizing patient safety and comfort.

Introducer kits for venous applications serve as indispensable tools in medical procedures involving venous access. These kits typically include a range of components designed to facilitate the insertion of catheters or other devices into veins with precision and minimal trauma to surrounding tissue. At the core of these kits are typically introducer needles, which are used to puncture the skin and access the vein. These needles are often equipped with features such as sharp tips and smooth surfaces to ease insertion and reduce patient discomfort. Additionally, introducer kits commonly contain guide wires, dilators, and sheaths, each playing a crucial role in advancing and securing the catheter within the vein. Guide wires assist in navigating the vascular system, dilators gradually expand the puncture site to accommodate larger devices, and sheaths provide a protective sleeve around the catheter during insertion. Furthermore, many introducer kits include components for securing the catheter in place once inserted, such as suture wings or adhesive dressings. Overall, these kits are essential aids for healthcare professionals performing venous procedures, offering convenience, efficiency, and improved patient outcomes.

Introducer trays are specialized medical kits designed to facilitate the insertion of various medical devices or instruments into the body during surgical or medical procedures. Typically used in settings such as operating rooms, emergency departments, or intensive care units, these trays contain essential tools and supplies required for safe and efficient introductions. 

A typical introducer tray may include items such as catheters, guidewires, dilators, syringes, scalpels, sutures, and disinfectants. These components are carefully selected to accommodate different procedures and medical specialties, ensuring versatility and compatibility with a range of devices.

The organization and layout of an introducer tray are meticulously planned to promote ease of use and quick access to necessary items during critical moments. Clear labeling and compartmentalization help healthcare providers locate specific tools promptly, minimizing procedural delays and enhancing patient safety.

Additionally, introducer trays are often designed with infection control in mind, with components packaged in sterile conditions to reduce the risk of contamination and ensure aseptic technique during procedures.

Overall, introducer trays play a vital role in medical interventions by providing healthcare professionals with the essential equipment needed to introduce medical devices safely and effectively, contributing to improved patient outcomes and procedural efficiency.

Introducer kits with multi-purpose curves represent a vital component in medical procedures, particularly in interventional medicine and surgery. These kits typically consist of a range of specialized tools and instruments designed to facilitate the introduction and manipulation of various medical devices within the body. The multi-purpose curve feature is particularly noteworthy as it allows for versatile usage across different anatomical structures and procedural requirements.

These kits often include a combination of guidewires, catheters, dilators, and sheaths, each with its unique curvature optimized for specific applications. The curved design enables physicians to navigate through complex vascular or anatomical pathways with enhanced precision and minimal trauma to surrounding tissues.

In practice, these introducer kits play a crucial role in procedures such as central venous catheterization, arterial access for angiography or angioplasty, and various minimally invasive surgeries. The multi-purpose curve functionality ensures adaptability to diverse patient anatomies and procedural objectives, contributing to improved procedural outcomes and patient safety.

Moreover, advancements in material technology and manufacturing processes have led to the development of introducer kits with enhanced flexibility, durability, and radiopacity, further enhancing their utility and performance in clinical settings. As such, these kits continue to be indispensable tools for healthcare professionals across a spectrum of medical specialties, facilitating the safe and effective delivery of therapeutic interventions and diagnostic procedures.