233 Medical Electronic Gastroscope Parameters

Upper Gastrointestinal Endoscopy

A gastroscope of this description is intended for examination of the upper gastrointestinal tract, and the working length beyond 1050 millimetres reflects that reach. Which examinations any particular unit is suitable for, and which patients, are clinical determinations made by the endoscopy service rather than questions a specification sheet answers. Specification supports that judgement without replacing it. Reach of this order is what upper tract examination requires.

Services Needing Narrower Access

The 6.0 millimetre variant is substantially slimmer than the standard 9.8 millimetre option, and narrower instruments are used where access is restricted or tolerance is a consideration. The trade is channel width, which drops to 2.4 millimetres. Selecting between them is a matter for the clinicians who will use the instrument. Neither variant is better; they answer different requirements. Tolerance and access both bear on which instrument is chosen.

Departments Standardising Their Fleet

Having three diameters documented within one family lets a service consider a consistent instrument range rather than assembling one from separate sources. Processor compatibility, reprocessing arrangements and accessory interchange all need establishing before that consistency can be relied upon. Interchange across a fleet saves time only where it truly holds. Consistency across a fleet reduces what staff must remember.

Endoscopy Units Assessing Equipment

For any unit evaluating instruments, the optical specification is one part of a larger picture that includes decontamination compatibility, regulatory status, servicing and consumables. This page presents the documented specification; Medigear.uk supplies the rest, and the clinical assessment belongs to the department. A full evaluation reaches well past the optical figures alone. Decontamination and regulatory status weigh heavily in that.

Three Diameters Within One Range

Documenting 9.8, 7.2 and 6.0 millimetre variants together means a service can consider standard and narrower access from a single family rather than sourcing separately. Channel width varies with the choice, so the decision involves a genuine trade rather than a straightforward upgrade, and that trade is properly made by the clinicians involved. Sourcing from one family simplifies training and handling. Handling stays consistent whichever variant is in use.

Specification Stated Plainly

Every figure on this page comes directly from the manufacturer's documentation, including the articulation figures that warrant verification. Nothing has been rounded, inferred or presented more favourably than it was given, which is the least a department evaluating an invasive instrument should be able to expect from a supplier's page. Figures presented favourably help nobody making a decision. An invasive instrument deserves a plainly stated specification.

Reprocessing Treated as Essential

Decontamination compatibility is not an afterthought for a flexible endoscope; it determines whether an instrument can be used in a department at all. Raising it here rather than leaving it to be discovered means a service can establish it early, when the answer still affects the purchasing decision. An instrument that cannot be reprocessed cannot be used. Raising it early keeps the answer relevant to the decision.

Three Head Diameters

Head diameters of 9.8, 7.2 and 6.0 millimetres are documented, with the narrowest variant considerably slimmer than the standard one. The narrowest is substantially slimmer than the standard option.

Matched Insertion Tube Diameters

Insertion tube diameters of 9.6, 7.0 and 5.8 millimetres accompany the three head sizes, so the whole shaft scales with the variant chosen. Shaft diameter scales with the head across all three variants.

Working Channel to 2.8 Millimetres

The channel measures 2.8 millimetres on the largest variant and 2.4 millimetres on both narrower ones. Instrument compatibility follows from that width. Wider channels accept instruments that narrower ones cannot.

Working Length Beyond 1050 Millimetres

Working length is stated at 1050 millimetres or more, with total length exceeding 1335 millimetres across the documented range. Both figures are given as minimums rather than exact values.

Field of View Beyond 140 Degrees

Direct view exceeds 140 degrees, with observation depth documented from 3 to 100 millimetres for the range. All figures come directly from the manufacturer's documentation.

CMOS Capture at 1080p

Imaging uses a CMOS sensor rated at 1 million pixels or more, given in the documentation as HD 1080p output. Output format is stated as high definition throughout.

Four-Way Articulation

Bending is documented at 210 degrees up, 100 down, 100 left and 230 right at maximum. Medigear.uk will verify these figures before supply. The right hand figure sits oddly against the other three.

Reprocessing Requires Confirmation

This documentation does not address decontamination. Compatibility, cycle validation and tracking are all established separately by Medigear.uk. Departments should establish these before any commitment.

This electronic gastroscope is documented across three diameter variants, at 9.8, 7.2 and 6.0 millimetres at the head, with insertion tubes of 9.6, 7.0 and 5.8 millimetres. The working channel measures 2.8 millimetres on the largest and 2.4 millimetres on the narrower two, so access and channel capacity trade against one another across the range.

Working length is stated beyond 1050 millimetres and total length beyond 1335 millimetres, with a field of view above 140 degrees, observation depth from 3 to 100 millimetres and CMOS capture at 1080p. Articulation is documented at 210 degrees up, 100 down, 100 left and 230 right, figures Medigear.uk will verify.

Every figure here comes directly from the manufacturer's documentation. This documentation does not cover reprocessing. For any flexible endoscope, decontamination compatibility, validated cycle parameters and tracking arrangements bear directly on whether an instrument can enter service, and these should be established early rather than late.

Processor compatibility is likewise absent from the documentation and confirmed separately. Medigear.uk supplies this instrument as a verified medical equipment supplier and will confirm the model, variant, compatible processor, reprocessing requirements, regulatory status, condition and accessories. Clinical suitability for any service or patient group is determined by the department concerned. Contact the team to discuss specification.