Visionstar VT-700

Patient communication is the application this instrument is built around, and it has a straightforward commercial dimension in UK optometry. A sight test that ends with a spoken prescription and a recommendation is a weaker proposition than one where the patient has seen the difference between their current correction and the new finding. Practices that convert well into dispensing generally do so because the patient understood what changed and why, and a display that turns to face the chair supports that conversation directly.

The same capability serves practices with communication-sensitive caseloads. Patients with hearing impairment, those for whom English is a second language, anxious patients and those attending with a family member or carer all benefit from a visual reference during the explanation. It is also useful in teaching, where a supervisor observing a trainee can see the full instrument state on a large colour display without leaning across the lane.

Occupational and intermediate prescribing is served by the 35 to 70 cm adjustable working distance. UK employers must arrange eye and eyesight tests for display screen equipment users on request and fund corrective appliances needed specifically for screen work; a monitor typically sits well beyond the 40 cm at which most phoropters offer near testing, and refracting at the true distance produces a prescription that works when the patient returns to their desk. Musicians, dentists, machinists and laboratory staff have equivalent defined intermediate demands.

The wide power range extends the instrument to aphakic refraction, high myopia, high corneal astigmatism and post-graft cases seen disproportionately in hospital eye service departments, corneal clinics and specialist contact lens practice. Practices should note the standing access limitation: a phoropter head requires an upright seated patient able to reach it, so young children and patients unable to hold position still need trial frame refraction, and that capability should be retained alongside.

The patient sees what you see

Rotating the display towards the chair turns an explanation into a demonstration. Patients retain visual information better than spoken numbers, and one who has seen why the prescription changed is more likely to act on the recommendation that follows.

Better conversations with harder-to-reach patients

Hearing-impaired patients, second-language speakers, anxious patients and those attending with a carer all benefit from a visual reference during the explanation. A large colour display gives the clinician something to point at rather than something to describe.

A finer endpoint when the patient can use it

The 0.12D sphere step sits below the conventional quarter-dioptre increment, available for articulate patients who discriminate reliably and want the refraction settled precisely. Most refractions will not need it; the ones that do have it.

Refraction at the real working distance

Adjustment across 35 to 70 cm in 5 cm steps lets near and intermediate refraction happen where the patient's task actually sits, which makes occupational and display screen prescriptions land correctly first time.

Power range that keeps complex cases in the lane

Sphere across 55.75 dioptres and cylinder to 8.75D keeps aphakic, high myopic, high astigmatic and post-graft refractions on the instrument rather than moving them to trial frame and loose lenses.

Two cross cylinder strengths

Jackson cross cylinders at both 0.25D and 0.50D let the clinician present a larger flip difference to patients who cannot discriminate the finer comparison — reduced acuity, cataract, cognitive difficulty or simple fatigue.

Software that can move forward

An updatable program means the instrument is not frozen at its shipping build. The value of that depends entirely on the manufacturer's update commitment, which is worth establishing in writing before purchase rather than assuming.

A large, legible console

A 9.7-inch true-colour display presents the full instrument state at once rather than paging between views, which suits a dimly lit refraction room and helps a supervisor observing a trainee.

Complete auxiliary complement

Pinhole, Maddox rods, red-green and Polaroid filters, separation prisms, retinoscopy lenses at two distances and a presbyopic cross cylinder are all built in, so binocular vision assessment runs without a separate trial lens set.

9.7-inch true-colour touchscreen

A large colour touchscreen console drives lens selection, auxiliary lenses and test sequence, presenting the complete instrument state on one legible surface.

180-degree screen rotation

The display rotates through 180 degrees so findings can be turned towards the patient and explained visually rather than recited.

Updatable onboard software

The instrument's program can be updated, allowing new functions and corrections to be applied without replacing hardware; update terms should be confirmed in writing at enquiry.

Spherical power -29.00D to +26.75D

Sphere spans 55.75 dioptres in total, covering aphakic, high myopic and complex post-surgical prescriptions well beyond ordinary refractor head range.

Six sphere step sizes including 0.12D

Sphere adjusts in 0.12D, 0.25D, 0.5D, 1D, 2D or 3D increments, offering both a finer-than-standard endpoint step and rapid coarse movement.

Cylinder to 8.75D

Cylinder power reaches 8.75D across five step sizes, accommodating keratoconus under correction, post-graft astigmatism and high corneal astigmatism.

Cylinder axis 0–180° with five step sizes

Axis adjusts in 1°, 5°, 15°, 30° or 45° increments, supporting quick meridian location and precise endpoint refinement from the same control.

Working distance 35–70 cm in 5 cm steps

Eight working distance settings allow near and intermediate refraction at the patient's actual task distance rather than a fixed near position.

Prism 0–20Δ at 0.1Δ resolution

Prism covers 0 to 20 prism dioptres with steps of 0.1Δ, 0.2Δ, 0.5Δ, 1Δ or 2Δ for fine phoria measurement and precise prism prescribing.

Pupillary distance 48–80 mm far, 45–75 mm near

Distance and near pupillary distance adjust in 0.5 mm or 1.0 mm steps, with a 45 mm near floor accommodating narrower-PD patients.

Two Jackson cross cylinders plus dual cross cylinder

Cross cylinders at 0.25D and 0.50D cover standard refinement and difficult discriminators, with a dual cross cylinder and separation prism for dissociated near addition technique.

Φ1 mm pinhole lens

A 1 mm pinhole aperture is built in for distinguishing refractive from pathological causes of reduced acuity without fitting an external lens.

Maddox rods and separation prisms

Maddox rods horizontal right and vertical left, with dissociating prisms of 6Δ base up right and 10Δ base in left, support phoria measurement by von Graefe and Maddox techniques.

Red-green and Polaroid filters

Red right and green left filters support duochrome and binocular balance, while Polaroid filters at 135°/45° and 45°/135° support polarised binocular and stereopsis testing.

Retinoscopy lenses at two distances

Retinoscopy lenses of +1.5D and +2.0D correspond to 67 cm and 50 cm measuring distances, covering both common retinoscopy working positions.

Built-in near visual charts and icons

Near visual charts and operating icons are integrated into the console interface, supporting near acuity assessment without separate printed material for every task.

Contoured slim housing

The head is built on a contoured profile that sits less obtrusively in front of the patient and preserves the clinician's view during the subjective sequence.

The Visionstar VT-700 combines a wide-range automated refractor head with a 9.7-inch true-colour touchscreen that rotates 180 degrees towards the patient — a feature aimed squarely at the explanation that follows the refraction rather than the refraction itself. Sphere from -29.00D to +26.75D in steps down to 0.12D, cylinder to 8.75D, working distance adjustable across 35 to 70 cm, prism to 20Δ at 0.1Δ resolution, two Jackson cross cylinder strengths and a full auxiliary lens complement give it genuine clinical headroom alongside that communication capability. It suits practices where dispensing conversion and patient understanding matter commercially, those with communication-sensitive caseloads, occupational and display screen equipment work, and hospital and specialist settings seeing complex refractions. Software update terms and the scope of the described online functions should be established in writing before order, physical dimensions and power supply are unpublished for this model, and practices with significant paediatric or accessibility caseloads should retain trial frame refraction alongside. Medigear.uk supplies the VT-700 into the UK with pre-despatch functional inspection, documentation review and ongoing support. Contact the Medigear.uk team for current pricing, full specifications, refraction unit and arm compatibility, or bespoke configuration enquiries.