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ENT, Ophthalmic & Sensory
Visionstar FL-8600

✓ Certified Professional Seller

Visionstar ENT, Ophthalmic & Sensory

Visionstar FL-8600

It reads contact lenses as well as spectacles

The Visionstar FL-8600 base curve measuring lensmeter reads spectacle and contact lenses from minus 25.00 to plus 25.00D, with contact lens base curve from 6.0 to 9.00, three addition powers, prism to 15.00 and 0.01D resolution throughout. Medigear.uk confirms the full configuration on request.

Sections

Lensmeters

Categories

ENT, Ophthalmic & Sensory

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

The Visionstar FL-8600 is a base curve measuring lensmeter that handles both sides of the practice on one instrument, reading spectacle and contact lenses from minus 25.00 to plus 25.00D at 0.01D resolution throughout — a range wide enough to cover routine dispensing alongside the high-power work at either end of the prescription book, without a second instrument standing by for the awkward jobs. Contact lens base curve is measured from 6.0 to 9.00, which turns a routine aftercare into something you can verify rather than take on trust: checking a lens against what was actually ordered, identifying an unmarked or unlabelled lens a patient has brought in from another practice or an online supplier, confirming parameters before a trial lens goes back into stock, or investigating a fitting complaint where the suspicion is that the wrong lens was supplied in the first place. Three additional powers are read, covering the near zones on multifocal and progressive work, and prism is measured to 15.00, giving enough range for the prismatic corrections that come through a general practice as well as the heavier prescriptions referred in from a hospital clinic. The 0.01D step throughout is fine enough to confirm finished work against the prescription rather than approximate it, which matters equally when signing off incoming lab work, when running outgoing quality control on freeform lenses, and when settling a query about whether a pair has been made to specification — the kind of dispute that is far easier to close with a measurement than an opinion. A tilting colour display angles to suit a seated or standing operator and stays readable across a dispensing bench, a workshop counter or a consulting room desk, and the interface keeps training short for part-time staff and locums who use the instrument only occasionally. The clamping lever, accessible lens table and stable weighted base suit repeated use through a full day of work, and the marking unit sits directly over the table so centre and axis can be marked without moving the lens. In practice it earns its place two ways: as the single instrument in a practice running both spectacle and contact lens clinics that would rather buy one unit than two, and as a problem-solver in any setting — hospital eye departments, contact lens specialists, teaching clinics, domiciliary services — where unfamiliar lenses arrive with no paperwork and have to be identified from scratch. Supplied new by Medigear, a certified professional seller, CE and ISO certified with global shipping; Medigear.uk confirms the full configuration, including cylinder range, UV and PD measurement, automatic lens recognition, memory, printing and connectivity options, on request.

Contact Lens Base Curve

Contact lenses are measured across the same power range as spectacle lenses, with base curve stated from 6.0 to 9.00 on the instrument itself.

Three Addition Powers

The addition row lists Add, Ad2 and Ad3, giving three separate addition powers for trifocal and progressive designs that one figure cannot describe.

Four Resolution Steps

Sphere, cylinder and addition are each selectable at 0.01, 0.06, 0.12 or 0.25D, with prism reading in 0.01 increments across its own stated range.

Wide Power Range

Sphere runs minus 25.00 to plus 25.00D, cylinder 0.00 to plus or minus 10.00D and addition 0.00 to plus or minus 10.00D, with axis across 0 to 180 degrees.

Automatic Lens Identification

The type of lens is identified automatically with the measurement mode switching to suit, which the manufacturer relates to easier measurement of multi-focal lenses.

Tinted Lens Measurement

Coloured lenses with a transmittance of 10 per cent are stated as accurately measurable, which covers tinted spectacle lenses a plainer instrument may refuse.

Green Measurement Light

A green light emitting diode at 545nm provides the measurement light, which the manufacturer relates to quicker, more stable measurement with no numbers to set.

Display, Marking and Output

A 5.6 inch TFT colour LCD is fitted, lens diameter runs 15 to 100mm, marking uses an ink box, and the digital connector provided is RS-232C for output.

Contact Lens Practices

Base curve from 6.0 to 9.00 is the whole reason to choose this particular instrument. A rigid lens is fitted to the curvature of the eye, so base curve is the figure a fitting actually rests on, and a practice checking a trial lens or identifying an unlabelled one needs it quite as much as the power itself. Measuring both on one bench removes a separate piece of equipment from the consulting room entirely.

Trifocal and Progressive Verification

Three addition powers suit the lenses that a single figure simply cannot describe. A trifocal has an intermediate as well as a near addition, and reporting all three of them describes what the wearer has actually received. Combined with the automatic identification switching the mode for itself, that makes multifocal verification a matter of presenting the lens rather than of configuring the instrument beforehand.

Tinted Lens Dispensing

Coloured lenses at 10 per cent transmittance are stated as being accurately measurable. Tinted lenses are awkward on plainer instruments, because less light reaches the sensor as a lens darkens, so a practice dispensing tints otherwise cannot verify a proportion of what it sells. Being able to check them at the bench closes that gap quite directly for them.

Practices Recording Elsewhere

With printing and pupillary distance both absent, this instrument suits a practice that records readings into a system rather than onto paper, and measures pupillary distance separately. RS-232C output carries the figures onward instead. Where that matches how a practice already works, the omissions cost nothing at all and the instrument should cost rather less accordingly.

Contact Lenses on the Same Bench

Measuring the base curve alongside power means a contact lens practice does not need a separate instrument for the two of them. Base curve is what a rigid fitting is built upon, and having it from the same unit that verifies spectacle lenses is a genuine saving in both money and bench space for a practice that does contact lens work alongside ordinary dispensing work every week.

Multifocals Described Properly

Three addition powers and automatic mode switching together mean a trifocal or progressive lens is described as it actually is, rather than reduced to one addition figure that hides the intermediate. For a practice checking what a laboratory has actually supplied against what was ordered, that fuller description is the difference between a real verification and a merely approximate impression of it.

Honest About What It Omits

A card that marks printing, pupillary distance and ultraviolet as absent is far easier to buy from than one that leaves them entirely unmentioned. A practice can see immediately whether the instrument fits how it works, and where it does, none of those omissions matters. Knowing what a machine does not do is as useful as knowing what it does, and it is a good deal rarer upon a specification sheet.

The Visionstar FL-8600 reads sphere from minus 25.00 to plus 25.00D, cylinder from 0.00 to plus or minus 10.00D and addition from 0.00 to plus or minus 10.00D, each selectable at 0.01, 0.06, 0.12 or 0.25D, with axis across 0 to 180 degrees and prism from 0.00 to 15.00 in 0.01 increments. Contact lenses are measured across the same power range with base curve from 6.0 to 9.00, and the addition row gives three separate powers. Lens diameter runs 15 to 100mm, a green light emitting diode at 545nm provides the measurement light, the display is a 5.6 inch TFT colour LCD, marking uses an ink box and the digital connector is RS-232C.

Two points are stated plainly. Ultraviolet penetrability, pupillary distance measurement and printing are each marked as absent on the card, so a practice needing any of those should consider a different model. And the description of the measurement light as an ISO standard is a standards claim, reported here rather than endorsed, whose documentation should be reviewed by your own team.

If your practice fits contact lenses, verifies trifocal or progressive lenses, or dispenses tints, speak to Medigear.uk. As a verified medical equipment supplier working across medical, dental, rehabilitation and aquatic therapy settings, the team will confirm the full configuration and what is supplied.

FAQ

Frequently Asked Questions

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

Yes. Contact lenses are measured right across the same power range as the spectacle lenses, with base curve stated from 6.0 to 9.00. Base curve is the figure a rigid fitting is built upon, so having it alongside the power suits a practice doing contact lens work at the same bench, with no second instrument needed for the curvature.

Three functions are marked as absent on the card. Ultraviolet penetrability is marked no, pupillary distance measurement is marked no, and printing is marked no. A practice needing any of those wants another model, and the price of this one ought to reflect those omissions accordingly.

Because a single figure cannot describe every lens. The addition row lists Add, Ad2 and Ad3, which suits trifocal and progressive designs where an intermediate addition exists alongside the near one and matters to how the wearer actually experiences the finished lens, which one figure would simply conceal.

The sphere reads from minus 25.00 to plus 25.00D, cylinder and addition each from 0.00 to plus or minus 10.00D, and prism from 0.00 up to 15.00. The axis covers 0 to 180 degrees in 1 degree steps, and lens diameter is accepted from 15 to 100mm right across the whole of that stated range.

The sphere, cylinder and addition are each selectable at 0.01, 0.06, 0.12 or 0.25D, and prism reads in 0.01 increments. The finest step settles a tolerance question, while the coarser ones suit the routine checking that occupies the greater part of a working day at any bench.

Coloured lenses with a transmittance of 10 per cent are stated as being accurately measurable. Tinted lenses are awkward on plainer instruments, since less light reaches the sensor as a lens darkens, so this covers a proportion of what a practice dispenses which might otherwise go entirely unchecked before reaching a patient.

The manufacturer describes the green measurement light as an ISO standard measurement light at 545nm. That is a standards claim, reported here and is not endorsed by this listing at all, so any documentation behind it should be obtained through Medigear.uk and reviewed by your own team beforehand.

Through an RS-232C digital connector alone. There is no printer on this model, so readings pass to a system rather onto paper at the instrument itself, which suits a practice already recording electronically, and not one wanting a printed slip handed straight to the patient.