Sale on Manual & Electric Hospital Beds - Starting from 25 September!

Home
Shop
ENT, Ophthalmic & Sensory
Visionstar CT-680

✓ Certified Professional Seller

Visionstar ENT, Ophthalmic & Sensory

Visionstar CT-680

Product Code: EOAS-OD-2901

Two hundred kilos on the footprint of a hundred-and-fifty kilo unit.

Mass where instruments need it. The CT-680 carries 200 kg on essentially the same floor area as the 150 kg units in this range — a third more mass, holding a slit lamp still while somebody leans on the table.

Sections

Refraction Units

Categories

ENT, Ophthalmic & Sensory

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

The Visionstar CT-680 weighs 200 kg on a 1050 × 1080 mm footprint. The standard units at this size in the same range weigh 150 kg on 1010 × 1080 mm. Forty millimetres of extra width does not account for fifty kilograms, so the difference is in how the unit is built rather than how large it is — heavier gauge, a more substantial base, or both.

That matters for a reason that rarely appears on a specification sheet. Instrument tables deflect. A slit lamp mounted on a table that flexes when a clinician rests an elbow on it, or when a patient grips the edge to steady themselves, moves relative to the eye being examined — and at slit lamp magnification, a fraction of a millimetre of table movement is a visible shift in the image. The clinician refocuses, the patient waits, and nobody records it as a problem because it takes two seconds and happens constantly.

A heavier, stiffer structure reduces both deflection under load and the vibration that follows a knock. It does not eliminate either, and no manufacturer in this category publishes a deflection figure, so the case rests on mass and construction rather than a measured number. But a third more material in the same envelope is a meaningful difference, and it is the sort that shows up in daily use rather than on a comparison table.

The working specification otherwise sits alongside its siblings: a 1050 × 500 × 120 mm worktop with 90° rotation, a 550 × 340 × 60 mm drawer, 300 mm of arm travel with 90° rotation, a small sliding surface and a 160 mm chair lift. Note that the drawer is 20 mm wider but 30 mm shallower front to back than the standard unit's, at the same 60 mm internal depth.

Electrical figures are partly published: total power 120 W, lamp 20 W, input AC 110V/220V at 60/50 Hz. The manufacturer's drawing adds a 690 mm chair depth, a 510 mm seat width and a 500 mm base.

Chair loading, backrest angle, fuse and wire ratings and the installation requirement are not published — and at 200 kg the last of those deserves particular attention. Medigear.uk supplies the CT-680 with pre-despatch functional inspection and documentation review.

Sustained high-magnification work is where structural rigidity earns its cost. At slit lamp magnification a fraction of a millimetre of table movement is a visible shift in the image, and the sources of that movement are entirely ordinary: a clinician resting an elbow on the worktop, a patient gripping the edge to steady themselves, somebody closing a drawer at the other end. On a lighter table each of those produces a small deflection, the clinician refocuses, and the appointment carries on. Nobody records it, but it happens repeatedly through every examination.

Practices seeing older or unsteady patients encounter the second source constantly. A patient reaching for the table edge as they sit or stand is doing exactly what the room invites them to do, and a unit that does not move when they do is worth having.

Anterior segment photography and any procedure requiring the instrument and eye to hold a fixed relationship for minutes benefit similarly, since accumulated small movements are harder to work around than a single large one.

The working specification otherwise matches the standard units in this range: a 500 mm deep worktop with 90° rotation, 300 mm of arm travel, a sliding secondary surface and a 160 mm chair lift, with a marginally longer 1050 mm table.

Two things belong in the decision, and the second is practical rather than clinical. No manufacturer in this category publishes a deflection figure, so the case rests on 200 kg against 150 kg in a near-identical envelope — strong evidence rather than proof, and it should be weighed as such. And at 200 kg the delivery route, floor loading and positioning labour need establishing before ordering, particularly for upper-floor or converted premises. The mass that steadies it in use is the mass that complicates getting it there.

A third more material in the same envelope

Two hundred kilograms against 150 on a footprint 40 mm wider. That difference is construction rather than size, and it is where resistance to deflection comes from.

The image stays where it was put

At slit lamp magnification a fraction of a millimetre of table movement shifts the view. A stiffer structure means fewer of those shifts from elbows, drawers and patients steadying themselves.

Built for patients who hold on

A patient gripping the table edge as they sit or stand is doing the natural thing. A unit that does not move when they do removes a constant small interruption.

Less vibration after a knock

Mass damps as well as resists. A heavier structure settles faster after a disturbance than a light one that continues to ring.

Suits sustained high-magnification work

Anterior segment photography and any procedure holding instrument and eye in a fixed relationship for minutes accumulate small movements that are harder to work around than one large one.

The full working specification retained

A 500 mm deep worktop, 90° rotation, 300 mm arm travel, sliding secondary surface and 160 mm chair lift are all present, with a marginally longer 1050 mm table.

Modest power draw despite the mass

One hundred and twenty watts total with a 20 W lamp — the extra material adds nothing to running cost or heat output.

200 kg unit mass

The unit weighs 200 kg, a third more than the standard units at this size in the same range, on a footprint only 40 mm wider.

1050 × 1080 × 1920 mm unit

The complete unit measures 1050 mm wide, 1080 mm deep and 1920 mm high.

1050 × 500 × 120 mm table board

The working surface is 1050 mm long and 500 mm deep, accommodating deep instrument bases.

550 × 340 × 60 mm drawer

The drawer offers 60 mm of internal depth, 20 mm wider and 30 mm shallower front to back than the standard unit's — check your trial lens case against these dimensions specifically.

300 mm arm movable range

The arm raises and lowers through 300 mm and rotates 90°.

90° tabletop rotation

The main working surface rotates through a quarter turn, clearing the approach to the chair.

Sliding secondary surface

A small tabletop moves left and right alongside the main board, giving a device a movable position.

160 mm chair lift

The chair lifts 160 mm for positioning, with a 690 mm chair depth and 510 mm seat width per the manufacturer's drawing.

120 W total power, 20 W lamp

Total power draw is 120 W with a 20 W lamp.

AC 110V/220V input

The unit accepts AC 110V/220V at 60/50 Hz; supplied variant and plug configuration confirmed at order.

The Visionstar CT-680 weighs 200 kg where the standard units at this size in the same range weigh 150 kg, on a footprint only 40 mm wider. Forty millimetres does not account for fifty kilograms, so the difference is construction rather than size — and on an instrument table that translates into less deflection under load and faster settling after a knock. The clinical relevance is easy to overlook because the effect is small and constant: at slit lamp magnification a fraction of a millimetre of table movement is a visible shift, and elbows, drawers and patients steadying themselves all supply it. On a lighter table the clinician refocuses and carries on, repeatedly, through every appointment. No manufacturer in this category publishes a deflection figure, so the case rests on the mass difference rather than a measured number, and it should be weighed as strong evidence rather than proof. Two practical points: the drawer is 550 × 340 mm rather than 530 × 370 mm, so check a trial lens case against those specific dimensions; and at 200 kg the delivery route, floor loading and positioning labour need establishing before ordering. Medigear.uk supplies the CT-680 into the UK with pre-despatch functional inspection, documentation review and delivery assessment. Contact the Medigear.uk team for current pricing, quantity quotations, access guidance, or bespoke configuration enquiries.

FAQ

Frequently Asked Questions

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

Because it is not accounted for by size. Forty millimetres of extra width does not add fifty kilograms, so the mass is in the construction — heavier gauge, a more substantial base, or both. On an instrument table that translates into less deflection under load and less vibration after a knock.

Yes, and it is easy to miss because the effect is small and constant. At slit lamp magnification a fraction of a millimetre of table movement shifts the image visibly. A clinician resting an elbow, or a patient gripping the edge to steady themselves, is enough on a light table. The clinician refocuses in a second or two and nobody logs it, but it happens repeatedly through every appointment.

No, and not for any unit in this category — nobody in this market publishes one. The case for this model rests on 200 kg against 150 kg in a near-identical envelope, which is a real difference in material, rather than on a measured stiffness figure. Treat it as strong evidence rather than proof.

Those doing sustained slit lamp work, high-magnification examination, or anything where the instrument and the eye need to stay in a fixed relationship for minutes at a time. Also rooms where patients routinely grip the table edge — which is most rooms seeing older or unsteady patients.

Not quite. At 550 × 340 × 60 mm it is 20 mm wider and 30 mm shallower front to back than the 530 × 370 × 60 mm drawer on the standard model, at the same internal depth. Check your trial lens case against 550 × 340 mm rather than assuming it transfers.

A slightly longer working surface at the same 500 mm depth — 1050 mm against 1010 mm. It is a modest gain and not the reason to choose this model; the mass is.

Not published. Several units in this range state a figure; this one does not, and the unit's own 200 kg mass implies nothing about what the chair will carry. Request the rated capacity in writing.

Partly published: total power 120 W, lamp 20 W, input AC 110V/220V at 60/50 Hz. Fuse rating, wire rating and duty classification are absent, so an electrician will need those confirmed before specifying a circuit.

Not specified, and at 200 kg this is the question to settle first. Confirm the floor loading, the delivery route, how many people are needed to position it and whether installation is included — a 200 kg unit does not go up a narrow staircase or through a tight landing without planning.

It can. Upper-floor premises, converted buildings and anywhere with restricted access should have the delivery route assessed before ordering rather than on the day. The mass that makes it stable in use is the same mass that makes it awkward to deliver.

An ophthalmic examination unit is generally classified as Class I under the UK Medical Devices Regulations 2002, or higher where configuration dictates. Manufacturer CE marking is noted where it appears in the product literature; Medigear.uk confirms CE marking, the declaration of conformity and current UKCA status against the shipping batch at quotation rather than asserting it in advance.

Cleaning with an approved agent, and periodic inspection of the tabletop rotation, sliding surface, arm movement and chair lift for developing play. A heavier unit puts more load through its rotation bearing and lift mechanism, so those warrant attention on schedule rather than when something is noticed. Typical warranty is 12 to 24 months against manufacturing defect, confirmed at quotation.