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✓ Certified Professional Seller Olympus CYF-4
Olympus CYF-4
Olympus CYF-4
Olympus CYF-4
Olympus CYF-4
Olympus Medical Diagnostic Equipment
Refurbished

Olympus CYF-4

Product Code: MDIE-E-760

A 5.2 mm tube turns 210° up and 120° down inside the bladder.

Bending 210° up and 120° down from a 5.2 mm tube, the cystoscope turns its 120° forward view toward the tissue under examination, and the 2.4 mm channel brings accessories to the same spot in a single pass.

Sections
Cystoscopes
Categories
Medical Diagnostic Equipment
Condition
Refurbished
Origin
Japan
Seller Type
Certified Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
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The CYF-4 is a flexible fibre cystoscope for examining the urethra and bladder. Its view faces forward over 120°, and the depth of field runs from 3 to 50 mm. The outer diameter is 5.2 mm, and the working length is 380 mm. The tip bends 210° up and 120° down, and a 2.4 mm channel runs from the control head to the tip. Together,er these parts form one continuous flexible instrument for urethra and bladder work.

The defining feature is a design that puts its range into the bend. The tip turns 210° upward and 120° downward inside a 5.2 mm tube, so the operator directs a forward view toward the tissue under examination from a single control head. Throughout, the forward view keeps the tissue ahead of the tip in sight. A unit that schedules urethra and bladder inspection around one flexible instrument uses a tool shaped for that task, and every tip adjustment appears in the picture as it happens.

A fibre-optic image bundle carries the picture from the tip along the insertion tube to the control head. An external light source provides illumination, which travels to the tip through a light guide inside the tube. The image bundle, light guide, and channel run side by side through the flexible tube. The 2.4 mm channel opens at the control head and exits at the tip, so accessories reach the tissue shown in the view. The control head controls the bending.

The working length is 380 mm. It is available to business buyers in more than 80 countries.

The CYF-4 is used to examine the urethra and bladder in urology departments and endoscopy units where flexible cystoscopy is part of the daily list. The examination room holds the scope beside its light source, and the fibre-optic image bundle delivers the picture to the control head.

A urologist operates the instrument from the control head, while a nurse prepares accessories and attends to the patient. The operator controls the bending with the same hand, directing the tip while watching the image. The picture stays with the operator at the control head from the first moment of the examination.

The first use is examination. The 5.2 mm tube enters through the urethra, and its 380 mm working length carries the tip toward the bladder. Over a forward view of 120° and a depth of field from 3 to 50 mm, tissue near the tip and tissue farther ahead share one picture. The tip turns 210° up and 120° down toward the area of interest.

The second use is sampling. The 2.4 mm channel opens at the control head and exits at the tip, which brings accessories to tissue under the forward view. Examination and the sampling that follows it take place in a single pass.

The third use is routine inspection across a full list. Each patient meets the same 5.2 mm tube, the same bend and the same channel, which lets a unit organise a session around one familiar instrument. The picture, steering, and sampling route stay constant from the first examination of the day to the last.

A 5.2 mm tube with a 210° upward bend

The outer diameter is 5.2 mm, and the tip bends 210° up. Both belong to one instrument, so the operator steers a forward view from a single tube.

A 120° forward view

The view faces forward over 120°. The view points along the insertion axis, so the tissue ahead of the tip stays in sight as the scope advances.

Focus from 3 to 50 mm.

The depth of field runs from 3 to 50 mm. Close detail and the wider scene appear together, so the operator keeps the whole area in view.

A 120° downward bend

The tip also bends 120° down. The operator turns the tip in both directions from the control head, and the forward view follows each turn.

A 2.4 mm channel for accessories

The 2.4 mm channel opens at the control head and exits at the tip. Accessories reach the tissue under examination, so sampling happens in the same pass as the inspection.

A fibre-optic image bundle

The bundle collects the image at the tip and delivers it to the control head. The picture that arrives is what the operator follows through the examination.

A 380 mm working length

The 380 mm working length sets how far the tip travels from the control head. That number tells the operator how much of the instrument enters the patient.

Illumination from an external light source

A light guide carries illumination from the external light source to the tip. The operator works with a lit field throughout the examination.

Fibre-optic image bundle

Optical fibres gathered in one bundle run the length of the insertion tube and deliver the image to the control head.

Forward direction of view

The view looks straight ahead along the insertion axis, so the operator sees the tissue in front of the tip.

120° field of view

A 120° field of view captures tissue beside the insertion axis and tissue directly ahead.

Depth of field from 3 to 50 mm

Tissue between 3 and 50 mm from the tip appears in the same picture, from close detail to a wider scene.

5.2 mm outer diameter

The outer diameter measures 5.2 mm and sets the size of the part of the scope that enters the patient.

380 mm working length

The working length is 380 mm, which sets the reach of the tip from the control head.

2.4 mm instrument channel

The channel is 2.4 mm in diameter and carries accessories from the control head to the tip.

Bending 210° up

The tip bends 210° upward, controlled from the control head.

Bending 120° down

The tip bends 120° downward, controlled from the same control head.

Control head

The operator holds the control head, which controls bending and channel opening.

Light guide

A light guide runs through the insertion tube and brings illumination from the light source to the tip.

Flexible insertion tube

A flexible tube carries the image bundle, light guide, and channel from the control head to the tip.

External light source

Illumination comes from a light source outside the scope, which sits beside it in the examination room.

Urological examination

The scope is a cystoscope, built to examine the urethra and bladder and to sample through its channel.

The CYF-4 suits urology departments and endoscopy units that want a flexible fibre cystoscope for routine examination of the urethra and bladder. A 5.2 mm tube, a 210° upward bend, and a 120° downward bend give the design a steerable working range, while the forward view and 2.4 mm channel cover inspection and sampling in one pass. The 120° view and the 3 to 50 mm depth of field keep close detail and the wider scene together in one picture. A department that plans its cystoscopy sessions around one forward-viewing instrument finds the task covered. The 380 mmworking length determiness how far the tip travels from the control head.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

It is a flexible fibre-optic cystoscope for examining the urethra and bladder. A fibre-optic image bundle carries a 120° forward view along a 5.2 mm tube, and a 2.4 mm channel runs through it for accessories. The tip bends 210° up and 120° down.

The view faces forward and spans 120°. The operator looks straight along the line of insertion. Inside the tube, a bundle of fibres relays that view to the control head.

The depth of field runs from 3 to 50 mm. Tissue near the tip and tissue farther ahead appear in the same picture. That range suits inspections that move from a close look to a wider survey.

The working length is 380 mm, and the outer diameter is 5.2 mm. The 380 mm length is the portion that passes through the urethra. That single diameter sets the size of the part that passes through the urethra.

The channel is 2.4 mm in diameter. It opens at the control head and exits at the tip, so accessories reach the tissue shown by the forward view. Sampling therefore follows the examination in the same pass.

The tip bends 210° up and 120° down. The control head controls the bending. The operator turns the tip toward the tissue under examination while the forward view follows.

An external light source provides illumination. A light guide inside the insertion tube carries it to the tip: the image bundle and the channel run beside the light guide.

Fine optical fibres packed into one bundle convey the picture from the tip back to the control head. Inside the insertion tube, the bundle sits beside the light guide and the channel. The operator follows the examination through the picture that arrives.

Urologists operate it, with nursing staff preparing accessories and attending to the patient. The operator holds the control head throughout the examination.

Urology departments and endoscopy units use it. The examination room holds the scope beside its light source.