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✓ Certified Professional Seller Olympus GF-UCT240-AL5
Olympus GF-UCT240-AL5
Olympus GF-UCT240-AL5
Olympus GF-UCT240-AL5
Olympus GF-UCT240-AL5
Olympus Gastroenterology Equipment
Refurbished

Olympus GF-UCT240-AL5

Product Code: GE-GID-752

Four scan frequencies from 5 to 10 MHz, all on one scope.

Between 5 and 10 MHz, four scan frequencies run from a single curved linear array in a 12.6 mm tube, while a 3.7 mm channel passes aspiration needles and a 100° view looks out at an oblique angle of 55°.

Sections
Echoendoscopes (EUS)
Categories
Gastroenterology Equipment
Condition
Refurbished
Origin
Japan
Seller Type
Certified Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
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A linear echoendoscope for examining the upper digestive tract and sampling tissue under ultrasound, the GF-UCT240-AL5 uses a curved linear array that scans at 5, 6, 7.5, and 10 MHz. The optical view spans 100° at a 55° oblique angle, with a focus range of 3 to 100 mm. The tip bends 130° up, 90° down, and 90° to the right and to the left, and a 3.7 mm instrument channel runs inside the insertion tube.

The defining feature is the ability to select four scan frequencies from a single scope. Because 5, 6, 7.5 and 10 MHz all come from the same curved array, one echoendoscope serves each frequency that an examination calls for, and the team follows the same routine at every setting. The scope works with the CV-240 and CV-260 video processors and the EU-ME1 and EU-ME2 ultrasound units, so a department that runs those units can use the same scope with each of them.

Two pictures reach the team, and each serves a different part of the task: the optical view guides the tip, and the ultrasound image shows the tissue. The video view appears on the connected processor's monitor, and the ultrasound image appears on the ultrasound unit in B-mode, M-mode, Doppler, and power Doppler. A balloon provides acoustic contact at the array. The 3.7 mm channel passes aspiration needles, and four-way bending steers the tip toward the site.

The insertion tube measures 12.6 mm across and the instrument channel 3.7 mm. Behind the curved array at the tip sit the channel, the optics and the bending section. The scope is available to business buyers in more than 80 countries.

The GF-UCT240-AL5 serves endoscopy units, outpatient clinics and gastroenterology departments that run endoscopic ultrasound lists on the upper digestive tract. Its curved linear array images the tissue around the tip, and the 3.7 mm channel brings aspiration needles to the site, so one scope supports examination and sampling.

Endoscopists steer the tip in four directions: 130° up, 90° down, and 90° to each side, while the 100° view at a 55° oblique angle provides the optical image. Focus from 3 to 100 mm keeps near and far surfaces readable, and the operator selects the scan frequency, 5, 6, 7.5 or 10 MHz, that suits the target.

Endoscopy nurses and assistants prepare the CV-240 or CV-260 video processor and the EU-ME1 or EU-ME2 ultrasound unit, fit the balloon that gives acoustic contact, and pass aspiration needles through the channel. B-mode, M-mode, Doppler and power Doppler images appear on the ultrasound unit, so the whole team follows the target on screen.

Departments that standardise their endoscopic ultrasound equipment find one scope useful across all four frequencies and both named ultrasound units. Teaching sessions suit the same set-up, because trainees follow the optical view and the ultrasound image on screen while the operator works.

Planning is simple where the equipment is already in place. A unit that owns a CV-240 or CV-260 video processor and an EU-ME1 or EU-ME2 ultrasound unit can bring this scope into the same room. Each of the four scan frequencies is then available, with the 12.6 mm tube and the 3.7 mm channel ready for aspiration needles.

One scope, four scan frequencies

The curved array scans at 5, 6, 7.5 and 10 MHz. A single echoendoscope supports each frequency an examination requires.

A curved linear array at the tip

The array images the tissue around the tip and sends its picture to the connected ultrasound unit. Balloon contact completes the acoustic path.

Named partners for the whole system

The scope works with the CV-240 and CV-260 video processors and the EU-ME1 and EU-ME2 ultrasound units. A department that runs those units uses the same scope with each.

A 3.7 mm channel for aspiration needles

Aspiration needles pass from the control head to the tip. Examination and tissue sampling share one insertion.

Four imaging modes

B-mode, M-mode, Doppler and power Doppler cover the display needs of an examination. The ultrasound unit shows each one.

Four-way bending

The tip moves 130° up, 90° down, and 90° to each side. The operator brings the array and the lens to the site.

An oblique optical view

The lens gives a 100° view at a 55° oblique direction. The optical image appears on the connected processor's monitor.

Focus from 3 to 100 mm.

Near and far surfaces stay readable during one examination. The operator moves between a close look and a wider view without changing scope.

A slim 12.6 mm tube

The insertion tube carries the channel, optics,s and bending section. The curved array sits at its tip.

Curved linear array

The ultrasound transducer is a curved linear array. It sits at the tip of the scope.

Four scan frequencies

The array scans at 5, 6, 7.5 and 10 MHz. All four come from the same scope.

B-mode and M-mode imaging

The ultrasound image appears in B-mode and M-mode. The connected ultrasound unit displays both.

Doppler and power Doppler

Doppler and power Doppler modes complete the set of imaging modes besides B-mode and M-mode.

12.6 mm insertion tube

The insertion tube measures 12.6 mm in outer diameter. It carries the channel, optics,s and bending section.

3.7 mm instrument channel

The channel has an inner diameter of 3.7 mm. Aspiration needles pass through it from the control head to the tip.

100° field of view

The lens covers 100°. The wide angle shows the target and its surroundings together.

55° oblique direction of view

The optical view looks out at a 55 ° oblique angle. It gives the optical picture that sits beside the ultrasound image.

Depth of field from 3 to 100 mm

Focus holds from 3 to 100 mm. Near and far surfaces stay readable.

130° upward bending

The tip bends 130° upward. The range lifts the array and the lens toward the site.

90° downward bending

Downward bending reaches 90°. It pairs with the upward range for four-way steering.

90° bending to the right and left

The tip bends 90° to the right and 90° to the left. The two sideways ranges match.

Balloon acoustic contact

A balloon provides acoustic contact between the array and the tissue. The ultrasound image follows from it.

CV-240 and CV-260 video processors

The scope works with the CV-240 and CV-260. The video view appears on the connected processor's monitor.

EU-ME1 and EU-ME2 ultrasound units

The scope works with the EU-ME1 and EU-ME2. The ultrasound image appears on the connected unit.

The GF-UCT240-AL5 suits endoscopy units that run endoscopic ultrasound lists and want one scope to cover every scan frequency those lists use. Choose it when a single curved linear array must scan at 5, 6, 7.5 and 10 MHz, show B-mode, M-mode, Doppler and power Doppler images, and carry aspiration needles through a 3.7 mm channel. Four-way bending to 130° up steers the tip, and a 100° oblique view with focus from 3 to 100 mm completes the optical picture. The CV-240, CV-260, EU-ME1 and EU-ME2 are its named partners, so a room that already holds those units has the scope's partners in place.

FAQ

Frequently Asked Questions

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

The GF-UCT240-AL5 is a linear echoendoscope used to examine the upper digestive tract. It combines an optical view with ultrasound imaging from a curved linear array. Its channel passes aspiration needles for tissue sampling.

The curved array scans at 5, 6, 7.5 and 10 MHz. All four frequencies come from the same scope. The operator chooses the one that suits the target.

The scope uses a curved linear array at the tip. The array sends its image to a connected ultrasound unit. A balloon provides acoustic contact between the array and the tissue.

The ultrasound image appears in B-mode and M-mode. Doppler and power Doppler modes are also available. The team displays all of them on the connected ultrasound unit screen.

The channel has an inner diameter of 3.7 mm. It runs from the control head to the tip inside the 12.6 mm insertion tube. Aspiration needles pass through it.

The lens gives a 100° field of view at a 55° oblique angle. The depth of field runs from 3 to 100 mm, so both near and far surfaces stay readable. The video appears on the connected processor's monitor.

The tip bends 130° up and 90° down. Bending right and left reaches 90° each. Four directions of movement bring the array and the lens to the site.

The scope works with the CV-240 and CV-260 video processors. It also works with the EU-ME1 and EU-ME2 ultrasound units. These units stand beside the operator during an examination.

At 12.6 mm across, the insertion tube is slim enough to accommodate the 3.7 mm channel, the optics, and the bending section. The curved array sits at the tip.