Catheters play a pivotal role in modern medicine, serving as versatile tools for various diagnostic and therapeutic applications. These flexible, tube-like devices are designed to be inserted into body cavities, vessels, or ducts to facilitate the drainage of fluids, administer medications, or provide access for diagnostic procedures. Typically made from materials like latex, silicone, or polyurethane, catheters are crafted to meet specific medical needs.
In addition to their diagnostic and therapeutic roles, catheters also play a crucial part in ensuring patient comfort and well-being during medical interventions. As these devices navigate the intricate pathways of the human body, their design focuses on minimizing patient discomfort while maximizing procedural efficiency. The constant innovation in catheter technology underscores the commitment to enhancing the overall healthcare experience, exemplifying the critical intersection of medical science and compassionate patient care.
Presenting our advanced catheter, uniquely designed with multi-durometer sections for enhanced flexibility, a soft atraumatic bumper tip to minimize tissue damage, and a wire-braided construction providing superior torque, stability, and control. This catheter guarantees excellent shape retention, ensuring reliability during prolonged operations. Our commitment to innovation shines through, offering healthcare professionals a precise and reliable tool to elevate standards in medical interventions.
Presenting our advanced catheter, uniquely designed with multi-durometer sections for enhanced flexibility, a soft atraumatic bumper tip to minimize tissue damage, and a wire-braided construction providing superior torque, stability, and control. This catheter guarantees excellent shape retention, ensuring reliability during prolonged operations. Our commitment to innovation shines through, offering healthcare professionals a precise and reliable tool to elevate standards in medical interventions.
High performance torque and excellent pushability. The combination of braid wire configuration and catheter shaft materials ensures ease of tracking through complex vessels.
Maximal Tensile break forces are maintained throughout the co-axial and tip segment of angiographic catheter. Tensile Tests of Dolphin’s 5F catheter show an average tensile break force exceeding 32N ( CO-Axial to body) and 22 N ( Tip to Co-axial ) respectively. This vastly exceeds most comparables catheter on market as well as industry minimum standard of 10N.
High performance torque and excellent pushability. The combination of braid wire configuration and catheter shaft materials ensures ease of tracking through complex vessels.
Size from 4F-8F
Widely available choices of shapes Customizable braid patterns and color
Value-added Services. Tip forming, flaring, bonding, hydrophilic coating, embeded platinum/gold marker bands, tungsten
fillers and marker bands, hub and strain relief attchemtns and printing
Catheter materials
Pebax, PTFE, Nylon, FEP, PU, HDPE, ERFE Wire Type
Round, Flat, Hybrid (Round and Flat)
Wire Materials
Stainless Steel, Nitinol, Copper, PEEK and Nylon
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Specification |
Order Code |
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5F-100cm, AL1 |
DL-ELD5FAL1 |
|
5F-100cm, AL1 |
DL-ELD5FAL1 |
|
5F-100cm, AL1 |
DL-ELD5FAL1 |
|
5F-100cm, AL1 |
DL-ELD5FAL1 |
|
5F-100cm, AL1 |
DL-ELD5FAL1 |
|
5F-100cm, AL1 |
DL-ELD5FAL1 |
|
5F-100cm, AL1 |
DL-ELD5FAL1 |
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