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Balloon Expandable Stents

Name: Balloon Expandable Stents
Brand: Advin Health Care
Price: 200 USD
Availability: InStock

Price 200 USD ($)/ Piece

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MOQ : 1 Piece

Balloon Expandable Stents Specification

Storage Instructions
Store in a cool, dry place. Avoid exposure to direct sunlight.

Function
Restores vessel patency, supports artery walls after angioplasty

Instruments Type
Interventional Cardiovascular Device

Features
Flexible, High Radial Strength, Minimal Foreshortening

Accuracy
Precision Manufacturing for Consistent Expansion

Shelf Life
Minimum 3 Years

Usage Type
Single Use

Measurement Range
Stent diameter: 2.0 to 5.0 mm; Length: 8 to 38 mm

Equipment Type
Balloon Expandable Stents

Material
Cobalt-Chromium Alloy / Stainless Steel (Medical Grade)

Condition
New

Technology
Balloon Expandable

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent

Operating Type
Manual (Balloon Inflated)

Use
Coronary/Peripheral Artery Disease Treatment

Dimension (L*W*H)
Various Lengths and Diameters (e.g. 2.0-5.0 mm diameter, 8-38 mm length)

Weight
Approx. <1 gram (Depending on Size)

Color
Metallic Silver

Surface Finish
Smooth Electropolished

Packaging
Sterile Blister Pack

Restenosis Rate
Low Post-Implantation

Expansion Pressure Range
Up to 18 atm (Typical)

Sterilization
Ethylene Oxide Sterilized

Delivery System
Delivery over Guidewire

Balloon Compatibility
Compatible with Standard Balloon Catheters

Radiopacity
High (Visible under X-ray Fluoroscopy)

Corrosion Resistance
High (Medical-Grade Alloys)

About Balloon Expandable Stents

Advin Health Care offers Balloon Expandable Stents designed to meet international quality standards. These stents are deployed using a balloon catheter during angioplasty procedures, allowing precise placement and controlled expansion to restore vessel patency in coronary and peripheral arteries.

Key Features

Controlled balloon expansion for accurate stent placement
High radial strength for effective vessel scaffolding
Uniform expansion for consistent lumen gain
Excellent deliverability and trackability
Biocompatible materials for safe clinical use

Specifications

Type: Balloon Expandable Stent
Material: Stainless Steel / Cobalt Chromium
Expansion Mechanism: Balloon-expandable
Variants: Drug Eluting (DES) / Bare Metal (BMS)
Sterilization: EO Sterilized
Usage: Single-use
Application: Coronary and peripheral angioplasty procedures

Certifications
CE, ISO 13485, and ISO 9001 certified

Product Keywords
Balloon Expandable Stent, Angioplasty Stent, Coronary Stent, PCI Stent, Drug Eluting Stent, Bare Metal Stent

- , , , , , .

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Stent expansible par ballonnet, stent d'angioplastie, stent coronaire, stent pour intervention coronarienne percutane (ICP), stent lution de mdicament, stent mtallique nu

Precision Engineering for Vascular Support

Balloon Expandable Stents boast state-of-the-art design, enabling consistent expansion and effective arterial support. Manufactured with medical-grade cobalt-chromium or stainless steel, these stents maintain superior corrosion resistance and strength while remaining flexible for ease of navigation through vascular pathways.

Safe, Reliable, and Ready for Use

Each stent comes sterilized via ethylene oxide and is individually packaged in a sterile blister pack. Featuring high radiopacity, they are easily tracked and placed using real-time X-ray fluoroscopy, ensuring both patient safety and procedural accuracy. The stents are ideal for single use in both coronary and peripheral angioplasty procedures.

Optimized for Clinical Efficiency

Designed for compatibility with standard balloon catheters and guidewires, these stents enable streamlined procedures and reduce implantation time. Their smooth, electropolished finish aids effortless delivery and expansion, while minimal foreshortening ensures accurate coverage of the target vessel segment.

FAQ's of Balloon Expandable Stents:

Q: How are Balloon Expandable Stents deployed during vascular procedures?

A: Balloon Expandable Stents are delivered to the target site over a guidewire and expanded using a standard balloon catheter. The stent is precisely positioned under X-ray fluoroscopy and is deployed by inflating the balloon up to a typical pressure of 18 atm, which expands the stent to the desired diameter and secures it within the vessel.

Q: What materials are used in the construction of these stents, and what are their benefits?

A: These stents are fabricated from medical-grade cobalt-chromium alloy or stainless steel. These materials ensure high corrosion resistance, excellent biocompatibility, and provide a strong, yet flexible structure with superior radial strength and minimal recoil, supporting blood vessels effectively post-angioplasty.

Q: When is it appropriate to use Balloon Expandable Stents?

A: These stents are designed for use in patients requiring restoration of vessel patency following angioplasty, particularly in cases of coronary or peripheral artery disease. They are intended for single-use during surgical procedures and should be selected based on patient-specific vessel size and clinical indications.

Q: Where should Balloon Expandable Stents be stored before use?

A: It is recommended to store the stents in a cool, dry environment, away from direct sunlight and moisture. The sterile blister packaging helps maintain product integrity until the time of use, and the stents have a minimum shelf life of three years when properly stored.

Q: What is the typical process for ensuring accurate placement of these stents?

A: Accurate placement is achieved by leveraging the stent's high radiopacity, allowing real-time visualization with X-ray fluoroscopy. The smooth, electropolished surface and minimal foreshortening promote precise deployment, while the stent's compatibility with standard balloons ensures consistent, reliable expansion.

Q: What are the key benefits of using these stents over alternatives?

A: Key advantages include their high radial strength, excellent vessel wall support, and low restenosis rates post-implantation. Their compatibility with standard delivery systems, enhanced visibility, and robust corrosion resistance make them preferable for a wide range of clinical scenarios, improving outcomes for patients and procedural efficiency for clinicians.

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