Classic Tracheostomy Tube

Your Professional Classic Tracheostomy Tube Supplier

HangZhou Trifanz Medical Device Co., Ltd is located in the vibrant bio-industrial park of LinPing, Hangzhou. The company is an integrated science and technology innovation enterprise, mainly engaged in the research, development, production and sales of medical catheters in the fields of respiration, anesthesia, and severe diseases.

Our popular product portfolio primarily encompasses endotracheal tubes, laryngeal mask airways, and closed suction catheters, among others.

Why Choose us

Well-Experienced:The company has an in-house R&D team composed of a group of professional and technical personnel with nearly two decades of cumulative experience in the industry.

Quality Management:All production and operational activities are strictly conducted in compliance with the requirements of national and international quality management systems. The company has obtained CE and ISO 13485 certifications.

OEM/ODM Service:The company is capable of providing OEM and ODM services.

Parameter

ID SIZE	REF NO.	ID SIZE	REF NO.	ID SIZE	REF NO.	ID SIZE	REF NO.
-	-	4.5#	98.04.843	7.0#	98.04.853	9.5#	98.04.863
2.5#	98.04.835	5.0#	98.04.845	7.5#	98.04.855	10.0#	98.04.865
3.0#	98.04.837	5.5#	98.04.847	8.0#	98.04.857	-	-
3.5#	98.04.839	6.0#	98.04.849	8.5#	98.04.859	-	-
4.0#	98.04.841	6.5#	98.04.851	9.0#	98.04.861	-	-

Benefits of Classic Tracheostomy Tube

Designed to establish and maintain an airway in seconds in emergency situations.

Made of non-toxic, clear, kink-resistant PVC material to protect delicate mucosal tissue.

Full-length Radio-opaque line aids the assessment of exact location of the tube.

Soft, thin-walled cuff ensures effective sealing and atraumatic intubation and extubation.

Rounded and smooth tip of the obturator minimizes tissue drag during intubation.

One-way valve can be efficient and easy for cuff inflation and deflation.

The Structure Of The Classic Tracheostomy Tube

The hub
The hub of the classic tracheostomy tube is the part that protrudes from the patient’s neck. It has a universal 15mm diameter so that it can connect to the ventilator circuit, resucitation bags, speaking valves, and caps. Therefore, any size classic tracheostomy tube that has a hub will fit with resuscitation equipment, speaking valves and caps.

Outer cannula or tube shaft
The outer cannula, or tube shaft, makes up the main component of the classic tracheostomy tube and is the part that is inserted into the trachea. It can either be fenestrated or non-fenestrated, cuffed or cuffless. The outer cannula comes in many different sizes. The size of the outer cannula be shown on the flange as the outer diameter (od). The outer diameter is the distance between the outside walls of the outer cannula, and is measured in millimeters.

Inner cannula
Dual cannula (dc) classic tracheostomy tubes have an inner cannula. The inner cannula is placed inside the outer cannula. The inner cannula can be easily removed or replaced for cleaning and therefore can help to prevent obstruction such as from mucous plugs. There are different sizes of inner cannulas that must be matched to the corresponding outer cannula or it will not fit appropriately. The appropriate size comes packaged with the classic tracheostomy tube. Additional inner cannulas can be purchased separately as needed.

Flange (neck plate)
The flange is the part of the classic tracheostomy tube that extends from the outer part of the classic tracheostomy tube and has holes to attach the classic tracheostomy tube tie. The flange should lye flush against the skin on the neck. The flange has important information about the classic tracheostomy tube including the classic tracheostomy tube size, the size of the outer diameter (mm), the size of the inner diameter (mm), the brand and cuff type.

Classic tracheostomy tube tie
The trach tie is used to keep the classic tracheostomy tube in place to prevent accidental decannulation. It attaches to the flange and wraps around the patient’s neck. Classic tracheostomy tube ties should be used unless the patient recently underwent local or free flap reconstructive surgery or other major neck surgery . This is to avoid neck pressure from the ties.

Obturator
The purpose of the obturator, which is sometimes called a pilot, is to assist with the insertion of the classic tracheostomy tube. The inner cannula is removed and the obturator inserted which extends slightly beyond the classic tracheostomy tube. The obturator has a blunt tip and cushions the placement of the tube in the trachea to avoid tissue damage. Immediately following placement, the obturator is removed and replaced with the inner cannula.

Points To Note When Choosing A Classic Tracheostomy Tube

When selecting a tracheostomy tube, one should ensure that a tracheostomy tube with the largest possible internal diameter is used. This both allows the cannula wearer to breathe safely with little resistance and reduces the risk of obstruction of the lumen due to accumulation of secretions.

To avoid the accumulation of secretions in the tracheostomy tube, it is possible to use tubes with an inner cannula. The inner cannula can be removed quickly and cleaned if necessary. This avoids having to change the entire outer cannula. In the selection of tracheostomy tubes of different materials, it should be noted that the material strength could also influence the inner volume of the cannula. For example, because of the relatively thick-walled material, a plastic cannula has a smaller inner lumen than the thin-walled silver cannula. When making a comparison, therefore, both the inner diameter (I. D.) and the outer diameter (O. D.) need to be taken into account. In practice, this has an impact especially when a cannula type is being changed (e.g. from a silver cannula to a plastic spiral cannula).

Of course, the first thing to pay attention to is the outer diameter, which is relevant for the exact adaptation of the tracheostomy tube to the individual anatomy of the tracheostoma and the trachea. When selecting the size, it should be noted that the different materials and their respective wall thicknesses have different effects on the outer diameter. For example, a tracheostomy tube in size 9 results in a 2 - 5 mm larger outer diameter, depending on the preferred material.

In addition, the tracheostomy tube needs to be checked to see whether it is a tapered tracheostomy tube or a cylindrical tube, whereby tapered tracheostomy tubes are more comfortable to insert when changing the tube. As tapered tracheostomy tubes have a smaller diameter at their tip than immediately behind the neck flange, the standard defines that the size designation of the tube refers to the inner diameter at the tip of the tube.

When changing to a different type of cannula while taking the outer diameter into account, it must also be taken into consideration that the inner diameter may be reduced due to the material used. The subjective breathing sensation of the cannula wearer may be impaired here (shortness of breath/performance restrictions). In terms of phonation, a larger inner diameter can sometimes be problematic for the patient, as the pressure of the airflow decreases, making it more difficult to speak.

Logistics

We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

1. The time frame of an order delivery is divided into two parts:
Processing time: 7-14 Days
Shipping time: 20~30 Days

2. Shipping methods: DDP, DAP, EXW, etc.

3. Shipping fee:The shipping fee will be changed according to every pacel's weight.

Certificate

FAQ

Q: How long can a tracheostomy tube stay in?

A: A tracheostomy tube can stay in place for varying lengths of time, ranging from a few weeks to many years, depending on the individual's needs and the reason for the tracheostomy. Some tracheostomies are temporary, while others are permanent.

Q: How frequently should a tracheostomy tube be changed?

A: The design of the tracheostomy tube – It is thought to be good practice to change a single lumen tracheostomy every 7-14 days to prevent tube blockage with secretions. The purpose of the tracheostomy i.e. downsizing for weaning or fenestrated tube for speech. Patient discomfort and trauma to the stoma site.

Q: What is the purpose of the cuffless or uncuffed tube?

A: A cuffless tracheostomy tube does not have a cuff at the end of the tube. If the patient does not require that the air from the ventilator is monitored and measured and is able to tolerate cuff deflation without respiratory distress, then a cuffless tracheostomy tube may be placed.

Q: Why are uncuffed tracheostomy tubes commonly used in pediatric patients?

A: Historically, uncuffed tracheostomy tubes were preferred in children under 8 years old due to fear of possible pressure damage to the mucosa in the infraglottic region

Q: What is purpose of a cuffed vs fenestrated tracheostomy tube?

A: The big difference between fenestrated vs unfenestrated tracheostomy tubes is that a fenestrated tracheostomy tube has a small hole or multiple holes in the shaft of the tracheostomy tube. These small openings allow for increased airflow through the upper airway.

We're professional classic tracheostomy tube manufacturers and suppliers in China, specialized in providing high quality custom service. We warmly welcome you to wholesale cheap classic tracheostomy tube from our factory.

Cuff Tracheostomy Tube, Tracheostomy Tube Classic, Suction Catheter For Tracheostomy