The Integrated Biliary Stent is a medical device designed for the treatment of biliary obstructions. It is composed of a stent and a delivery system, both engineered for precision and safety. The stent is made from biocompatible materials, ensuring minimal tissue irritation and optimal performance. The delivery system is designed for ease of use, allowing for accurate placement of the stent within the bile duct.

1. The stent features a unique Hydro-plus coating on its distal end, which enhances biocompatibility and reduces the risk of tissue irritation. This coating also aids in the stent's fixation within the bile duct, ensuring stability during the healing process.
2. The delivery system includes a guiding catheter and a push catheter, both designed for smooth navigation through the biliary tract. The guiding catheter provides a pathway for the stent, while the push catheter ensures precise placement.
3. The stent is intended for use in patients with biliary obstructions, such as those caused by stenosis or sludge stones. It provides a reliable solution for maintaining bile duct patency and facilitating drainage, which is crucial for patient recovery.

The Integrated Biliary Stent, also known as the Biliary Drainage Stent or Biliary Endoprosthesis, is a vital tool in the treatment of biliary obstructions. Its design, featuring a Hydro-plus coating and a precise delivery system, ensures both safety and effectiveness. This stent is a testament to modern medical engineering, offering a reliable solution for patients in need.

The Integrated Biliary Stent offers several key features, including a Hydro-plus coating for enhanced biocompatibility, a precise delivery system for accurate placement, and a design that ensures stability within the bile duct.

1. The Hydro-plus coating on the stent's distal end reduces tissue irritation and enhances fixation within the bile duct, ensuring stability during the healing process.
2. The delivery system, consisting of a guiding catheter and a push catheter, allows for smooth navigation and precise placement of the stent within the biliary tract.
3. The stent is made from polyurethane and 40% barium sulfate, materials chosen for their biocompatibility and radiopacity, which aids in imaging during placement.
4. The product is sterilized with ethylene oxide, ensuring it is safe for single-use applications and reducing the risk of infection.
5. The stent is designed to maintain bile duct patency in cases of stenosis or sludge stones, providing a reliable solution for biliary drainage.

The Integrated Biliary Stent is a sophisticated medical device that combines advanced materials and engineering to provide a reliable solution for biliary obstructions. Its Hydro-plus coating, precise delivery system, and biocompatible materials make it an essential tool in modern medicine.

The Integrated Biliary Stent is clinically used for the treatment of biliary obstructions, including stenosis and sludge stones. It is designed to maintain bile duct patency and facilitate drainage, which is crucial for patient recovery.

1. The stent is used in patients with biliary stenosis, where it helps to maintain the patency of the bile duct, allowing for proper drainage and reducing the risk of complications.
2. In cases of sludge stones, the stent provides a pathway for bile flow, preventing blockages and aiding in the resolution of the condition.
3. The stent is also used during the healing process post-surgery, where it stabilizes the bile duct and ensures proper drainage, promoting faster recovery.
4. The Hydro-plus coating on the stent reduces tissue irritation, making it suitable for long-term use in patients with chronic biliary conditions.
5. The precise delivery system ensures accurate placement of the stent, reducing the risk of complications and improving patient outcomes.

The Integrated Biliary Stent is a versatile tool in the clinical setting, offering solutions for a range of biliary obstructions. Its design and features make it an essential component in the treatment of stenosis, sludge stones, and post-surgical recovery, ensuring better outcomes for patients.

When purchasing the Integrated Biliary Stent, it is important to consider product specifications, types, budget, and usage scenarios to ensure the best fit for clinical needs.

1. Product specifications, such as stent length and diameter, should be carefully considered to match the patient's anatomy and the specific clinical requirements.
2. Different types of stents may be available, including those with varying coatings or delivery systems. Choosing the right type is crucial for optimal performance.
3. Budget considerations should include not only the cost of the stent but also any associated delivery systems or accessories required for the procedure.
4. Usage scenarios, such as the type of biliary obstruction and the patient's overall health, should guide the selection process to ensure the stent meets the clinical needs.

Purchasing the Integrated Biliary Stent requires careful consideration of various factors, including product specifications, types, budget, and usage scenarios. By taking these into account, healthcare providers can ensure they select the best stent for their patients' needs.

When using the Integrated Biliary Stent, it is important to follow proper handling and usage guidelines to ensure patient safety and optimal performance.

1. The stent should be handled with care to avoid damage to the Hydro-plus coating, which is essential for its biocompatibility and fixation properties.
2. Proper sterilization techniques should be followed to prevent infection, as the stent is intended for single-use only.
3. The delivery system should be used according to the manufacturer's instructions to ensure accurate placement of the stent within the bile duct.
4. Patients should be monitored for any signs of complications, such as infection or stent migration, following the procedure.
5. The stent should not be used in patients with known allergies to its materials, and alternative treatments should be considered in such cases.

The Integrated Biliary Stent is a safe and effective medical device when used correctly. By following proper handling, sterilization, and usage guidelines, healthcare providers can ensure the best outcomes for their patients while minimizing the risk of complications.