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Coiled Catheter – How catheters are becoming increasingly complex and efficient  

Coiled Catheter – How catheters are becoming increasingly complex and efficient  

25 February 21

How catheters are becoming increasingly complex and efficient

Catheters play a very important role in the medical field.  The coiled catheter is the new hype in the field of medicine.  They are becoming increasingly complex with efficient and effective results. The reason behind coiled catheter popularity is due to their efficiency levels in achieving the desired results.

The coiled catheter is available in the intervention market which is accelerating towards minimizing the size with innovative results. The peel-able heat shrinking tube (PHST) that has size customization offers continuous solutions for coiled catheters. This is making it one of the next-generation products.

coiled catheter

The use of Peel-able Heat Shrinking Tube (PHST) in Coiled Catheters

The advantage of using a peel-able heat shrinking tube (PHST) is that it helps in avoiding the flaking of the outer layer.  The outer layer consists of fluorinated Ethylene propylene (FEP) laminated coating.  If this coating gets damaged, it can harm the coiled catheter that houses within the packaging.

With the use of a peel-able heat shrinking tube (PHST) the production speed has increased many times. Moreover, with speedy production, the results are much better with very few inspection levels. Also, they are providing ergonomically safe coiled catheters that are better for the environment and the surroundings.

Each day comes with a new possibility and modern innovations to excel in the medical field.  This is why more and more options keep on adding to the existing capabilities of a peel-able heat shrinking tube (PHST). The distinctive design featuring 2.5:1 PHST solutions is one such example. The 2.5:1 tubing solution has the design that facilitates the manufacturers of catheters with the maximum shrinkage ratio that is available in peel-able fluorinated Ethylene propylene (FEP). This is an achievement in itself.

This ratio is able to provide many benefits including minimum time consumption. Moreover, it saves money when the number of processes decreases with the number of shrinks occurring in the tube.

Cost-Effective Methods

Another added factor when you use a PHST is that it uses cost-effective methods that have low tolerance along with materials that go compatible with the procedures of manufacturing.

Hence, they provide easy flow of materials in one quick and smooth motion with great effectiveness.  So basically, they reduce the production costs with the rights of ownership reserved for the manufacturers who want to manufacture different kinds of catheters.

With the use of this invention, manufacturers are able to produce a wide range of products. Majorly the use of tubing in neurovascular catheters helps in providing pointed diameters for performing operations on different sections.

Furthermore, they are able to provide close proximity with sections that require large diameter and push-able supports. It is important to fulfill the current demand that PHST provides solutions in accommodating coiled catheters. This must take place in such a way that they do not require a vast number of operations in performing the compression that is needed during the process. The bond between the materials must remain strong in carrying signifying operations.

Miniaturization in Coiled Catheters

The need for new and better versions of PHST matters a lot. They are providing platforms for more complex procedures that utilize less time and less equipment. The 2.5:1 PHST is a great example of such equipment.  Modern-day technology is coming up with even smaller versions of PHST.  They have tubes that have a lamination jacket coating with very minuscule guiding wires. They can have a miniature size ranging from 0.011 inches to 0.014 inches.

It is a fact that the PHST tube has reached a bare minimum of 0.09 inches in the past.  The reason for using these mini-sized guiding wires is solely for procedures that require a lot of navigation in the narrow blood vessels before reaching the exact lesion.  Sometimes it is important to reach a segment that is not easily visible to the catheters and in complex surgeries that involve the brain and the heart.

The medical market is automatically inclining towards the miniaturization of equipment and procedures. To elaborate on this point, we can see that a new trend is rising that is promoting the use of smaller catheters in performing complex surgeries. This kind of acceleration in the medical market of catheters is indorsing tubing solutions that can help in the penetration of areas that are hard to reach.

Benefits

Apart from its technical use, the miniature versions of catheters have a great many benefits.  With the availability of small catheters, the operators can easily place stents, coils in the desired places without any qualms.  Moreover, these miniature catheters are aiding many other surgeries that involve support from other organs during the procedure. Such treatments include neuro-modulation and a couple of more.

The modern, new, and innovative designs of coiled catheters can help in sending diagnostic signals throughout the body and can help in providing therapeutic features. These kinds of catheters are commonly known as active catheters.

It is important to know that these kinds of catheters have inbuilt multi-filar wires that are very fine in nature. This network of fine wires provides precision engineered PTFE lamination technology. These catheters are able to pass on various signals using small space. Moreover, they help in providing a way for ultra-smart and intelligent catheters that can exceed the boundaries of present medical processes.

Another great advantage of using miniature catheters is that they can help in recording practices that are happening inside the heart. They are becoming a part of atrial fibrillation surgery for the purpose of ablation and are very helpful in mapping the heart.

This is why the multi-filar technology is cost-effective for manufacturers and makes the advanced processing even simpler.

Complex and Efficient Coiled Catheters and Cut-to-Length PHST

To sum it all up, catheters that are being produced today majorly rely on very complicated shapes and constructive polymerized designs.  This variety in design provides variety in treating different problems. Also, the advancing technology helps in achieving the complexity in catheters that are increasing with the help of amalgamation of different applications. These help in achieving desired results. Many engineers are providing solutions and joining hands by combining engineering with technology for rising medical problems.

For the treatment of different medical procedures that require different PHST solutions, the engineers are engineering PHST tubes that are shorter in length. This helps in reaching the material flow through the catheters.  They are the cut-to-length PHST that are in demand currently.

They are customized with great diagnostic abilities.  Preferably, they help in performing tough procedures that need to take place inside the body. They can easily cut the size of the PHST as the specifics. The cut-to-length PHST has helped majorly in decreasing the production cost both for the manufacturers and the engineers which further aids the medical field.

coiled catheter

Conclusion

Technology is improving day by day. And the use of miniature sized coiled catheters is living proof. The equipment for performing medical procedures is minimizing and so is the time consumption during these procedures.  The miniaturization is not just the demand of the client but also the demand of the current time.  The size of catheters helps in reaching tough spots in lesser time.  Hence, there is very little chance of blood loss. This is becoming a global Hi-tech business that is important for the betterment of the medicinal field. The common practice of using mini-sized tools shows that they are much preferable when it comes to the surgeons’ choice. Hence, discoveries need to be made for the advancement of science.

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