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Braided Tube- New in the Medical Tubing and Materials

Braided Tube- New in the Medical Tubing and Materials

22 March 21

Advancements in Medical Tubing & Materials

As for the advancements in the field of medicine, we have come very far. There are many innovations that are easing the performance of many medical procedures. The use of a braided tube is one of the unique innovations that are all the rage right now. It has many distinctive features.

The use of a braided tube is making many medical procedures simpler and efficient. The uniqueness of its design is enough to enhance and add more features to the catheters and medical tubing. A braided tube is a great way of adding flexibility and strength to the current medical equipment. This helps in increasing the productivity of the tools and the outcome as well. It is always better to use up-to-date technology in the medical field for getting optimum outcomes.

braided tube

Progressions in Medical tubing

There are many improvements over the years that have shown visible and tremendous outcomes in medical tubing. The co-extrusion used in medical tubing was one of the most initial and advanced steps in equipment development.

This co-extrusion took place with the help of EFEP fluoropolymer and nylon 12. They helped in providing lubricated strength in the multiple layers of the tubing. This indeed helped a lot in catheters majorly used in intensive and critical situations.

Moreover, this kind of use of polymers through co-extrusion omitted the chances of occurrence of chemical engraving. This procedure promotes lucidity, which gets highly affected during chemical engraving.  Along with maintaining rationality, this procedure saves an extra manufacturing step while being economical at the same time.

Research shows, that EFEP follows protocols for both; wiring coils and braided tubes. This helps in enforcing the outcome without risking delamination. Many manufacturers are coming up with similar technology to use products that are similar to EFEP for producing articulate medical tools. By doing this, they are increasing the efficiency of their product.

Another process manufacturers are trying to use in tubing production, is the over-molding process.  Using this process entails amalgamating different segments of the tube that are of different sizes and diameters.

Over Molding

Over molding is an ideal procedure that takes different components of the tube and creates a bond between its segments. It does this by using the heat shrinkage method.  It comes in handy when using these tubes in catheters. Although it is a feasible choice, it still has its drawbacks. It can create a very strong bond that can affect the elasticity of the catheter.

Limitation in the flexibility of the catheter can result in limitations in its use as well. Though the structure is quite strong, that’s not the only criteria for successful catheter use.

So it is easy to conclude that over-molding only helps in creating tubes that are larger in diameter but when using smaller tubes with smaller diameters they can become very rigid. There are many new approaches that show the effective building of flexible tube segments in order to cater to different catheter needs.

What are braided tubing catheters?

Nowadays, many catheters have the option of using inbuilt braided tubes. Using braided tubing helps in many ways and increasing catheter efficiency.   The tube takes the form of a braid and makes use of extrusion for merging metals, fiber, and wires in configuring different layers of polymers.

The braided form of the tube inside the catheters helps in the formation of an extra wall inside the catheters. This wall provides strength and retains the shape of the catheter when in use. This extra padding is great in complex medical procedures in order to endure large amounts of pressure.

Use of New Material, Adhesives, and Coatings

Calendaring is a new way of creating materials that are used in braided and other kinds of tubing. Reports show, that the material developed using calendaring provides much thicker and uniform properties that are way more consistent in physical features.

Moreover, they showed better thermal stableness when compared with the extruded filming and wiring. These calendared materials have way more durability that act as great help in making bonds, assembling, and enduring clinical treatments.  They have a high probability of eliminating the chances of liquid drainage while providing leverage for the bladder and other surgical cavities.

Teknor is a company that is providing powerful Medalist MD-500 series films with variations in thickness. These films are 30 times lesser concentrated than the regular PVC. Plus they are lighter in weight and cost much lower.

It provides a great many options in performance while being more elastic and flexible in nature. It has some mean tough qualities that sit great with its construction purpose. Moreover, it is very unlikely for it to be permeable for moisture and nitrogen. Hence, it is an intelligent choice for making braided tubes for catheters. Additionally, Medalist MD-500 is much low in hardness when compared with PVC polymers.

LSR

The use of LSR in cooperation with injection molding is a new way of creating high-grade raw material for braided tubing. LSR is also known as liquid silicone rubber. Injection molding is a great way of making these precise parts that have very high resistance levels. They are prone to sidestep swelling when coming in contact with moisture.

Furthermore, being a good thermal conductor adds to its many qualities. It is the most appropriate and feasible choice when you want wiring and tubes in a larger quantity at very economical prices. Hence, it can be a beneficial choice.

It is important that there be new inventions and researches in the medical field in this regard. The advancement in new materials, adhesives, and coatings can play a vital role in making optimized and quick surgeries.

These advancements show very promising and beneficial aspects such as lucid results with adequate lubrication. Moreover, they have the capacity to endure more than the usual PVC sheets. This wiring is more durable, flexible, and able to withstand thermal conductivity. The catheters made under these advanced researches show better results.

Why use Braided Catheter Tubing for Medical Applications?

It is important to use new research and incorporate it into current medical procedures. Using new research in medical procedures shows many pros and cons and can help develop even more efficient equipment.

The integration of braided catheter tubing for medical application is due to many reasons. They provide flexibility along with great torque response. It has an adequate amount of axial stiffness that has resistance to kind and crush. They can easily become a shield in electrical exchange whereas enduring high pressures when in use.

The availability of braided tubes in different variations is another added benefit. You can easily get customized tubes that suit best with your procedures’ needs and specifications.

Take Away on Braided Tube

The advancements in technology happen for a reason.  The major one is to make corrections to the existing versions and keep on building and adding more features into the medical tools and equipment. It is very important for medical cubes to encompass some name features like flexibility, elasticity, and lucidity. These features enhance the tubes’ performance and reliability. Researchers are working day and night to come up with more compact yet rational solutions to medical tubing.

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