Flexible Endoscope Accessories- All about flexible endoscope is covered here!

Introduction

Use of a flexible endoscope to perform internal visual inspection is becoming increasingly common in the medical field. Flexible fiberscopes have advantages over rigid ones: they can be used on a variety of angles, allowing you to examine the inside of objects or people; they are also easier to apply because they do not need any external support; as well as being cheaper than other types.

Flexible Endoscope Accessories:

Flexible endoscopes are used to examine the inside of a patient’s body. They can be inserted through an incision or port and move through the gastrointestinal tract, allowing doctors to view internal organs. The flexible endoscope is made of thin plastic that has been stretched over a metal tube with an inner core (or “hollow core”). The hollow core holds the light source and other accessories.

When using a flexible endoscope, you’ll want to choose one that has been designed for your specific medical needs:

A xenon light source will provide better lighting than other types of bulbs or LEDs because it emits ultraviolet rays that make up most of our visible spectrum. These rays allow you to see things clearly without having any harmful effects on your eyesight.*
If you’re looking for something more portable than traditional fiber-optic bundles with wires attached directly into them then consider buying one from Sieyu Technology today!

Xenon light source:

Xenon light source is a type of light source used in endoscopes. It has a lifetime of up to 20,000 hours, which is about 10 times longer than halogen light sources. The main advantage of xenon as a substitute for halogen is its low heat generation and energy consumption during operation. In addition, it also has good resistance against shock and vibration levels that are higher than those for halogen bulbs because there’s no glass inside them; therefore you don’t have to worry about breakage when using it on your microscope system!

Xenon light sources have a higher brightness and longer lifespan than halogen lights, making them ideal for the range of endoscopic procedures. However, xenon lights are more expensive than halogen lights.

Flexible fiberscopes

A flexible endoscope is a type of lighted tube that can be inserted into the body. It has a small camera inside, which records images from inside your body.

Flexible endoscopes have many advantages over other types of endoscopes (see below). However, they do have some disadvantages as well. One disadvantage is that flexible endoscopes are more likely to cause damage when used incorrectly or by inexperienced individuals who don’t know how to use them properly. Another disadvantage is that these devices tend to be expensive compared with other types of medical equipment available on the market today!

Light Source

The light source is one of the most critical components of an endoscope. It can be either LED or xenon, with the latter being more expensive than the former. The higher brightness and longer lifespan of xenon lights makes them ideal for use in range of endoscopic procedures, such as laparoscopic surgery and biopsy.

Buy Endoscope Light Source Online

You can buy endoscope light source online at different stores.

You can choose the right type of endoscope light source to use in your practice or laboratory by following the steps below:

Choose the best online store where you want to buy a particular product, you can come on to our Sieyu Technology, Professional Flexible Endoscope Accessories Suppliers. You can also visit our website that provides you with the latest information on this product if you want to be aware of the current and upcoming information.

The optical cables that perform the internal visual inspection are called flexible endoscopes or fiberscopes, which are equipped with a fiber optic bundle as an optical transmission element.

A fiber optic cable is a type of optical fiber that transmits light along its length. It consists of two core and cladding materials, which are separated by an air space called the cladding. The core usually contains an active element such as a laser diode or electro-optic modulator (EOM) while the cladding is made up mostly of glass with some plastic coating on it to improve durability and reduce weight.

The light transmitted through these fibers can be controlled by either chopping off individual wavelengths at each end or switching between different colors within each pulse width so that you get different colors at both ends, thus creating an image when viewed through an eyepiece or microscope lens connected directly into your endoscope without having any extra components needed like lenses etc..

The internal structure of rigid tube endoscope and flexible tube endoscope is different

Rigid tube endoscope: According to the structure, it can be divided into non-separable tube endoscope with straight rod, separable tube endoscope with straight rod, endoscope with bent tube and non-separable tube Endoscope with straight rod and non-separable tube. Four class separable tube endoscope. Various types of rigid endoscope structures generally include an external endoscope tube (or sheath), an endoscope body, a light beam interface, an Eye
end nozzle, and an imaging interface piece.

Flexible tube endoscope: It generally includes the following basic structures: a front end, a bending part, an insertion tube, a handling part, an eye receiving part, and an image interface part. The front end part is a rigid part, and the end face is provided with a plurality of cavities and window surfaces, each of which is a water supply and air supply outlet port, a biopsy forceps outlet port, an objective lens and a light guide window.

The application methods of
rigid tube endoscope and flexible tube endoscope are different

Rigid tube endoscope: mainly enters the sterile tissues and organs of the human body, or enters the sterile chamber of the human body through a surgical incision, such as Laparoscope, thoracoscope, arthroscope, disc mirror, ventriculoscope, etc.

Flexible tube endoscope: It mainly completes the examination, diagnosis and treatment through the natural openings of the human body. Such as gastroscope, colonoscopy, laryngoscope, bronchoscope, etc. They mainly enter the human body through the human digestive tract, respiratory tract and urinary tract.

Essential Steps for Flexible Endoscope Reprocessing

Endoscopes are used in the medical field to examine internal organs. A flexible endoscope is one that has a small camera attached to the tip of the shaft of the scope, which allows for better viewing than standard endoscopes. This article will walk through all the steps you need to take when reprocessing your flexible endoscope for reuse or disposal.

1- Pre-Cleaning

Before using the endoscope, you should clean it to remove dust and other foreign objects from your device. To clean an endoscope, use a detergent or brush/sponge to wipe off any dirt or debris from its surface. After cleaning, wash your hands thoroughly with soap and water and dry them before touching the cleaned endoscope again.

You can also disinfect your endoscope in an ultrasonic bath for 30 minutes at 20 kHz (2400 W). This method is safe for most medical devices but may damage some types of sensors used on flexible tubes.

2-Leak-Testing

Leak-testing is a critical step in the endoscope reprocessing process. It is important to check for leaks before you start cleaning, so that you can avoid any problems later on.

3- Manual Cleaning

Manual Cleaning

After the reprocessing, you need to manually clean the endoscope. Use a cleaning brush and warm water for this purpose. Then rinse it thoroughly with sterile distilled water and dry it with a sterile cloth or tissue paper.

4- Visual Inspection

Visual Inspection

After the reprocessing is complete, inspect your endoscope to ensure that it is in good condition and ready for use. If there are any signs of cracks, dents or other damage on your endoscope, then you may need to have it replaced. You should also check for rust or corrosion on the lens and check whether there are any scratches on them as well as fogging around them (especially if this has happened during reprocessing).

5-Disinfection or Sterilization

Disinfection or sterilization is a process that kills bacteria, viruses, and fungi. It is done to make the endoscope safe for reuse by removing all microorganisms so they do not cause infection in patients. Disinfection can be classified into three types:

Inactivating – This type of disinfection is used when there are no living cells on surfaces (e.g., plastics) that need to be treated. It uses chemicals such as hydrogen peroxide or ozone gas to kill microorganisms present on these surfaces but does not affect any other microbes present in the environment like mold spores or bacteria that live in the air around us everyday without us being aware of them until something bad happens like getting sick from inhaling harmful substances through our lungs which then leads us needing medical attention so doctors prescribe antibiotics because one way these medications work would be killing off any harmful pathogens found inside each individual cell within our bodies causing them eventually die off due to lack food intake resulting from starvation caused by lack supply energy needed from food intake over time period between meals consumed daily throughout entire life span beginning at birth until death occurs due during latter stages where there isn’t much left anymore except maybe calcium phosphate deposits left behind after body dies).

6-Storage

Storage

Endoscopes must be stored in a secure area that is inaccessible to unauthorized personnel and external environmental factors, such as heat or humidity. The reprocessing room should be well ventilated and have sufficient space for the endoscope to move around freely on the table or benchtop (see Figure).

7- Documentation

Documentation
Document compliance with these essential steps each time an endoscope is reprocessed. Documentation is essential for quality assurance purposes and for patient follow-up should revision be required.

It is important to reprocess endoscopes with care.

Cleaning and disinfecting endoscopes:
Clean the endoscope in hot water, making sure that it is immersed in water as long as possible.
Rinse with clean water and dry immediately after cleaning. Repeat this process until there are no visible signs of dirt or other contaminants on your equipment. If you do not have any special cleaning chemicals, please use soap and warm running water instead of harsh chemicals such as bleach or alcohol-based cleaners because they may damage your equipment over time.* Disinfecting solutions can be purchased from many pharmacies, supermarkets or online.* You should also consider purchasing a neutralising solution for every type of bacteria found in common medical procedures (like blood cultures). This should always be kept at room temperature so that it can reactivate quickly when needed during an operation.* If you don’t have access to all these items or don’t want spend money buying them then try using some common household products such as baking soda mixed into vinegar – just remember not too much though!

Conclusion

The optical cables that perform the internal visual inspection are called flexible endoscopes or fiberscopes, which are equipped with a fiber optic bundle as an optical transmission element. These flexible fiberscopes can be used for a variety of endoscopic procedures, including cystoscopy, endosonography and ultrasound examination. Endoscope reprocessing involves a number of steps to ensure the safety of your devices. If you are unsure about how to reprocess an endoscope, contact a technician by phone or email for Sieyu Technology assistance.