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Visionstar OCT-500

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✓ Certified Professional Seller Visionstar OCT-500
Visionstar OCT-500
Visionstar OCT-500
Visionstar OCT-500
Visionstar OCT-500
Visionstar ENT, Ophthalmic & Sensory

Visionstar OCT-500

Detailed retinal imaging from one compact self contained unit

The Visionstar OCT-500 optical coherence tomography system brings detailed retinal imaging into a single self contained body. Acquisition and processing run on the computer built into the machine, so no external workstation is required. It installs without complex cabling and sits comfortably in a small consulting room. Medigear.uk confirms model specifications on request.

Sections
OCT Systems
Categories
ENT, Ophthalmic & Sensory
Condition
New
Origin
China
Seller Type
Certified Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
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Optical coherence tomography builds cross sectional pictures of the retina using light, and it does so without any contact with the eye. The Visionstar OCT-500 applies that principle inside one integrated body, so the imaging optics, the capture electronics and the computer that processes the resulting data all sit within the same housing.

The defining characteristic of the design is that nothing external is needed to run it. The manufacturer material supplied with the unit states that data acquisition and processing are accomplished by the internal computer. There is no separate tower to find room for, no video cable running across a desk and no second machine for the practice to look after. A screen carried on the side of the body shows the live view of the eye alongside the captured tomogram, so the operator aligns, focuses, captures and reviews from a single position.

Image data leaves the machine by USB or by an external hard drive, which keeps transfer into the practice record straightforward. The computer ports also accept peripheral devices, so a keyboard or a printer can be connected where a clinic wants to type patient details directly or produce a paper copy for the notes.

Installation is deliberately plain. The manufacturer describes setup as needing no complex connection, and the compact body is intended to fit into even a small space, which suits consulting rooms already carrying a slit lamp, a fundus camera and a field analyser.

Medigear.uk lists the OCT-500 at category level while full documentation is confirmed. Physical dimensions, mass, scan protocols, resolution figures, imaging depth, electrical supply and software version are not stated on the material held for this unit, so each of those points, together with condition and configuration, should be confirmed directly with Medigear.uk. Nothing on this page should be read as a statement about testing, condition or any form of regulatory approval for the instrument.

Fully Integrated Body

Everything the machine needs sits inside one compact housing. The optics, the capture electronics, the processing computer and the display are assembled as a single working instrument rather than a set of parts a clinic must gather and connect.

Internal Computer for Acquisition and Processing

The manufacturer material states that data acquisition and processing are accomplished by the computer built into the machine. That removes the need for a separate workstation beside the instrument and keeps the imaging software and the scanner together on one device.

USB and External Drive Transfer

Captured data can be moved off the machine using USB or an external hard drive. Clinics can carry studies to a reporting station, archive them or pass them onward without depending on a fixed network link.

Peripheral Ports for Keyboard and Printer

The computer ports accept peripheral devices such as a keyboard or a printer. Typing patient details at the machine, or producing a paper copy of an image for the notes, needs no hardware beyond the peripheral itself.

Single Screen Working

A screen carried on the side of the body presents the live camera view and the captured tomogram together. Alignment, focusing, capture and first review all happen from one seated position at the instrument.

Uncomplicated Installation

The manufacturer describes installation as requiring no complex connection or setup. Bringing the instrument into service is mainly a matter of siting it, connecting the supply and switching on.

Small Room Footprint

The compact body is intended to fit into even a small space. Practices with a single crowded diagnostic room can accommodate the instrument without clearing a dedicated area for a tower and monitor.

Macular Assessment

Cross sectional imaging of the macula is the most familiar use of this technology. Clinicians examine the layered structure at the centre of the retina, looking for thickening, fluid, distortion of the foveal contour or separation between layers. Because the images are captured without touching the eye, the examination is comfortable and can be repeated at review appointments to follow how an appearance changes over time. Whether the specific macular protocols available on this unit match a given clinical pathway should be confirmed with Medigear.uk.

Optic Nerve and Glaucoma Review

Layered imaging around the optic nerve head is widely used when clinicians monitor patients with raised pressure or suspected glaucoma. Repeat imaging over months and years builds a picture of whether the nerve fibre appearance is stable, which supports discussion with the patient and with the wider team. The instrument stores each study on its internal computer, so earlier scans remain available at the machine when a patient returns for review.

Diabetic and Medical Retina Pathways

Practices that see patients with diabetes, hypertension or other systemic conditions affecting the eye use layered retinal imaging alongside their existing photography. It gives a depth view that a flat photograph cannot provide, helping the clinician decide whether a finding warrants onward referral or watchful review. Data can be carried away on a drive when a study needs to travel with the referral.

Teaching and Clinical Records

Because the display shows the eye and the tomogram together, the instrument suits teaching settings where a student or a patient benefits from seeing the anatomy explained on screen. A printer attached to the computer ports produces a copy for the notes or for the patient to take away, which supports clear conversations about what has been seen and what happens next.

One Machine Rather Than a Collection

The integrated design removes a set of problems that clinics know well. There is no external computer to specify, no operating system on a second device to keep current, no cable run to plan and no question about which box failed when something stops working. The instrument arrives as one item and behaves as one item, which simplifies the conversation between the clinical team and whoever looks after equipment for the practice. For a small practice without technical staff on site, that consolidation carries real weight.

Quick to Bring Into Service

Installation needing no complex connection means the gap between the instrument arriving and the instrument earning its place is short. Siting, electrical connection and switch on cover most of the work, with familiarity coming from use. Rooms that already hold several diagnostic devices can absorb a compact body without rearrangement, so a practice is not forced to give up a treatment space in order to add layered retinal imaging to what it offers.

Data That Travels With the Patient

USB transfer and external drive support mean that studies are not locked inside one room. A clinician can carry a scan to a reporting session, send it with a referral or hold it in the practice archive. Attaching a printer adds a paper route for the notes and for the patient. Together these options let a practice fit the instrument around the record keeping it already uses rather than rebuilding that record keeping around the instrument.

The Visionstar OCT-500 answers a question that many practices ask when they first consider layered retinal imaging, which is where all the equipment will go. By placing the imaging optics, the capture electronics, the processing computer and the display inside one compact body, the design removes the external workstation and the cabling that usually come with it. What remains is a single instrument that a clinic can site, connect and use, with USB and external drive transfer to move studies onward and computer ports ready for a keyboard or a printer when typed details or paper copies are wanted.

This page is written at category level from the manufacturer material held for the unit. Physical dimensions, mass, resolution figures, imaging depth, scan protocols, electrical supply, software version, configuration and condition are not stated on that material and should not be assumed from it. Medigear.uk will confirm each of those points, along with the full model designation and anything a practice needs for its own equipment records, before a decision is made.

If layered retinal imaging is the capability your practice wants to add, and room is the constraint holding it back, talk to Medigear.uk. As a verified medical equipment supplier serving medical, dental, rehabilitation and aquatic therapy settings, the team will confirm the specification for this unit and help you judge whether it fits the consulting room and the pathways you already run.

FAQ

Frequently Asked Questions

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

It produces cross sectional images of the retina, so the clinician sees the tissue in layers and not as a flat surface. The screen presents the live camera view of the eye alongside the captured tomogram, which makes it easier to relate what is on the scan to the part of the retina being examined. The exact set of scan modes on this unit should be confirmed with Medigear.uk.

No. The manufacturer material states that data acquisition and processing are accomplished by the computer built into the machine, and that no external computer is needed. Everything required to capture, process and review an image is contained in the same housing as the imaging optics, which is the point of the integrated design and the reason the instrument occupies so little floor space.

Data can be transported by USB or by an external hard drive, according to the manufacturer material. That gives a practice a simple route for archiving studies, carrying them to a reporting station or sending them onward with a referral. Where a clinic wants the images to reach a networked record system, Medigear.uk can confirm what the software on this unit allows.

Yes. The manufacturer material states that peripheral devices such as a keyboard or a printer can be connected to the computer ports. A keyboard lets staff type patient details directly at the instrument, so entry does not have to happen elsewhere, and a printer produces a paper copy of an image for the clinical notes or for the patient to take away.

The manufacturer describes a compact body able to fit into even a small space, which is one of the stated reasons for the integrated build. No measured dimensions appear on the material held for this unit, so the actual footprint, height and mass should be confirmed with Medigear.uk before a room is planned around it.

Optical coherence tomography is a non contact method. Light is used to build the layered image, and the instrument does not rest against the surface of the eye, so no anaesthetic drops are involved for the imaging itself. Patients usually find the experience straightforward, which helps when scans are repeated at review appointments over a long period.

The manufacturer material shows patient information being entered and managed on the instrument, with the internal computer holding the captured studies. Staff can therefore identify a study at the point of capture, which avoids matching it up afterwards. How records are structured, and what the software version on this unit provides, are points to confirm with Medigear.uk.

It is aimed at optometry practices, ophthalmology clinics and any eye care service that wants layered retinal imaging without dedicating a room to it. Teams already running photography and field testing tend to find that a depth view adds to what they can assess. Whether this particular unit fits a specific pathway is a question for Medigear.uk and the clinical lead together.