Rigid Endoscope Accessories

Rigid Endoscope Accessories

Rigid Endoscope Accessories

Rigid endoscopes are inserted into body cavities, hollow organs, and canals for diagnostic or therapeutic procedures. They have glass lenses and fiberoptics.

The insertion tube may have an accessory channel, which allows the use of reusable endoscopic instruments (Figure 6). It also has a deflectable tip. This feature is especially useful in bronchoscopy and neonatal intubation.


Endoscopes are medical instruments that allow physicians to visualize the inside of a body cavity. These devices include bronchoscopes, cystoscopes, nephroscopes and more. They can also be used to extract tissue for further examination.

A rigid endoscope is an instrument that has a straight tube and a light at one end. This equipment is often used in a variety of procedures such as diagnosing oral cavity, pharynx, oesophagus and trachea problems. It can be equipped with a variety of accessories such as flexible tubing, light guide and cleaning brushes to make the procedure more effective.

Custom Trays are trays that have been specially prepared with sterile instruments that are pre-packed and ready for use. These trays are an important part of the sterilization process and can help to reduce the risk of infections due to cross-contamination.

The trays are usually designed for easy transport and storage in an autoclave or other sterilizing facility. They can be used in hospitals, research and pathology laboratories, physician offices and clinics.

There are several types of trays available to suit a variety of needs. Some have stands which are useful for the majority of surgical procedures and allow the tools to be held securely while being used.

Other trays are made of strong and durable materials that can withstand the weight of the sterile instruments without breaking down. They are also ideal for storing the instruments after a procedure and can be sorted by type or need for efficiency in an operating room.

The trays are manufactured to FDA 510(k) clearances for a wide range of sterilization cycles. They have been tested by a number of different manufacturers and give health care facilities increased flexibility when it comes to sterilizing their surgical instruments.


Sheaths are used to protect and secure endoscopes. They are usually sterile, disposable, tubular in shape and may have air, water or suction channels. To attach the sheath, it is inflated or rolled and then slipped on or otherwise applied to the endoscope. Once on the endoscope, it is removed using similar methods.

Sheath manufacturers often use KYDEX, a thermoplastic material that has been moulded around forms to form various shapes and sizes. This process requires a lot of expertise and quality control.

The material is a heat-resistant and insulative material that can be made to fit any device. It is very flexible and durable, but also has a high thermal conductivity, which can help prevent the temperature of the endoscope from changing during use.

It is also non-wetting to most metals, which is important for measuring the temperature of molten metals. It is available in a wide variety of colors and designs to match your equipment and can be fabricated into virtually any shape or size.

In addition, the sheath can be designed to have a utility opening that can accept a sheath-mounted valve system that enables you to add or remove the sheath easily. This can be particularly useful for cases where you need to use the sheath for guiding introducer sheaths and need the ability to change the sheath on the fly.

Sheaths can be sized according to the inner diameter of the sheath and the outer diameter of the endoscope that it is intended for. This is important to ensure that the sheath fits correctly and that there are no restrictions on its use. For example, a 6 French guidance introducer sheath would need Rigid Endoscope Accessories to be upsized by two in order to be used with an 8 French guiding catheter.


Rigid endoscopes are used for a wide range of diagnostic and surgical procedures. Their optical lens train consists ofprecisely aligned glass lenses and spacers to transfer the image to the eye or video monitor.

When using a rigid endoscope, it is important to handle it with care. Failure to do so will result in expensive and time-consuming repairs.

The most fragile part of a rigid endoscope is its telescope. Inspect this on a regular basis for dents, evidence of burns or other irregularities.

In addition, inspect the optical fibers that surround the lens train at the tip of the scope for black dots and shadowed areas that may indicate damaged or dirty fibers. These may interfere with the transmission of light and prevent a clear, crisp image from being produced.

Use a light post (or other brightly lit object) to examine the tip of a rigid endoscope for images that are clear, with minimal distortion or discoloration. If black dots appear, the fibers are likely broken or damaged.

When injecting fluids or medications, ensure that the tip of the cannula is perpendicular to the skin’s surface and not parallel to it. This will help to reduce the risk of inadvertent arterial injection.

A high-flow nasal cannula is a useful accessory for patients with tracheobronchitis or chronic lung disease who require oxygenation. It is designed for a maximum flow rate of 2 liters per/kg/min in children and up to 60 liters/min in adults.

A push-pull cannula, which withdraws and injects fluid, is often used for biological research. This method of injecting and drawing fluids allows the study of the effect of a chemical on a cell’s environment, especially in neuroscience.


Adapters are used to connect a rigid endoscope to an imaging device (camera). This allows you to use high quality video technology to better pinpoint recurrent or underlying problems inside the ear and nose.

The adapter can also be used to connect a scope to a wireless device such as an iPhone. This can help in resource-constrained settings such as hospitals where a wireless camera may not be available.

Rigid endoscopes are designed to be strong and durable, but they are also vulnerable to damage from mechanical influences such as bending or flexing. This can lead to a loss of clarity and sharpness in the image.

There are many different types of adapters available to help with this. For example, some have a locking mechanism that holds the device in place when it is not in use.

Other adapters include ones that are adjustable in all three planes. This can make it easier for the surgeon to position the scope in the correct position while reducing their risk of fatigue and reliance on an assistant.

These types of adapters can be used for various purposes including Otoscopy, Rhinoscopy, Arthroscopy, and Mini-Diagnostic Laparoscopy.

Typically these adapters are located at the light post on the endoscope. These adapters are designed to protect the optics of the lens and keep them clean.

During surgery, these adapters can be removed to allow the scope to be cleaned. This will help prevent dryness and burns from occurring to the lenses. Rigid Endoscope Accessories It will also help to reduce the amount of time required for cleaning. Using these accessories can save you time and money as well as improve the quality of your images.


Bridges, which span between supports, are a challenge to engineers. They must be structurally efficient, balancing load carrying capacity against weight. In addition, a good design must be attractive.

Traditionally, bridges have been made from timber. However, metal has a high tensile strength and is much easier to assemble than timber. During the Industrial Revolution, builders adapted truss systems of wrought iron to larger bridges. These bridges were referred to as “Howe trusses,” after William Howe, who patented the idea in 1840.

As with other structures, bridges are designed according to Load and Resistance Factor Design (LRFD) principles, which allow for uncertainties in design. In addition to the structural load carrying capacity, the LRFD design also considers the effect of stress and bending moment on the structure.

A rigid endoscope has an outer scope tube or sheath, a scope body, a light guide beam interface, an eye end nozzle and imaging optics. The scope may be used in diagnostic or operative applications, and it can have channels or ports for irrigation, suction, and the insertion of medical instruments during surgical procedures.

The scope body can have mechanical or electrical controls for the operation of the instrument and buttons for valves such as a suction valve, CO2 valve, water bottle connector, etc. It may also have ports for insertion of flexible instruments such as cytology brushes, polypectomy snares and injection/aspiration needles.

The internal components of a rigid endoscope, or an optical fiberscope, include bundles of optical fibers, containing optical-quality glass cores and glass cladding that has a lower refractive index than the core. This differential allows the fiber to transmit light with very low losses. A fiberscope may also have an electronic imaging system, such as a CCD chip at the distal end of the optical fibers that directly captures the image with the objective lens extending through the core.