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Topcon CV-5000

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Topcon Medical Diagnostic Equipment

Topcon CV-5000

Product Code: MDIE-ODE-973

Lens discs spin at high speed, so each change reaches the patient quickly.

Rather than turning dials by hand, the operator of a Topcon CV-5000 changes lenses from a controller while the head's lens discs rotate at high speed. Pretest data and earlier spectacles load in automatically.

Categories

Medical Diagnostic Equipment

Condition

Good

Origin

Germany

Seller Type

Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

Topcon's CV-5000 is a digital phoropter designed around high-speed lens disc rotation. Its small refractor head turns the discs quickly and smoothly, which Topcon says reduces overall refraction time and keeps the patient comfortable. Sphere covers +27.00 to −27.00 D in steps of 0.25, 1.00, 2.00, or 3.00 D, and cylinder ±8.00 D. Prism reaches 20 Δ in every direction, in steps of 0.1 to 1.0 Δ, and the axis turns 180° in steps of 1, 5, or 15°.

The design organises the entire refraction lane around a single data flow. Refraction results arrive from Topcon instruments and from selected other refractometers and lensmeters, so pretest data imports without transcription, and the current refraction sits beside the patient's previous spectacles. The results then go to the patient's electronic medical record. Image separation through red-green filters or circular polarisation matches the linked test chart, and several chart options are available.

Three controller routes suit different room layouts. The One-Dial Controller KB-50S handles sphere, cylinder, or prism power from a single dial, with a 10.4-inch colour touch-panel display. An iPad gives wireless control from anywhere in the room, and operating software on an external PC lets the practice run the head from an existing computer. I t includes Jackson cross cylinders of ±0.25 and ±0.50 D, an auto cross cylinder of ±0.25D, and near-point distances of 40 and 67 cm.

The refractor head measures 309–341 × 114 × 261 mm (W × D × H). It is available to business buyers in more than 80 countries.

Optometry practices and ophthalmology clinics use the CV-5000 as the subjective refraction head of a lane. Pretest results from an autorefractor and the patient's current spectacles from a lensmeter arrive before the examination starts, so the refraction begins from imported values rather than typed ones. The final result can then be transferred to the electronic medical record without manual transcription.

Binocular work relies on the linked chart. Red-green filters or circular polarisation separate the images of the two eyes. Polarising filters at 45° and 135° sit in the auxiliary set, and prisms of 6 Δ and 10 Δ with a red Maddox rod support tests of binocular vision. Prism runs to 20 Δ in all directions, in steps as fine as 0.1 Δ.

Presbyopia and near work have their own tools. A ±0.50 D presbyopia cross cylinder sits among the auxiliary lenses, and near-point distances of 40 and 67 cm are built in. The head converges for near testing down to a 53 mm pupillary distance at 40 cm. Retinoscopy lenses of +1.5 and +2.0 D let the practitioner work through the head as well, and each prescription can be set to a vertex distance from 12 to 20 mm.

Room layout decides the controller. A practitioner seated at the desk uses the One-Dial Controller KB-50S and its touch panel, while an iPad lets you control it from anywhere in the room. Practitioners can run the operating software on an existing PC at the lane and keep other programmes open during the examination, saving desk space.

Fast lens changes

High-speed lens disc rotation shortens each change time.

A small refractor head

Topcon keeps the head compact to limit ocular stress.

Pretest data without retyping

Results from linked refractometers and lensmeters import automatically.

Old and new side by side

The current refraction displays beside the patient's previous spectacles.

Three ways to control it

A one-dial controller, or iPad/PC software, can run the head.

Chart-linked binocular testing

Red-green or circular polarisation matches the linked chart.

Wide sphere range

Sphere runs from +27.00 to −27.00 D.

Records that travel

Results can populate the electronic medical record.

Sphere power

The range covers +27.00 to −27.00 D in 0.25, 1.00, 2.00 or 3.00 D steps.

Cylinder power

Steps of 0.25 or 1.00 D cover ±8.00 D.

Cylinder axis

The axis turns through 180° in steps of 1, 5 or 15°.

Prism

Prism reaches 20 Δ in all directions, in 0.1 to 1.0 Δ steps.

Cross cylinders

Jackson ±0.25 and ±0.50 D, plus an auto cross cylinder of ±0.25 D.

Pupillary distance

It adjusts from 48 to 80 mm in 0.5 or 1.0 mm steps.

Near-point distances

Settings of 40 and 67 cm are available.

Vertex distances

Select reference wearing distances of 12, 13.75, 16, 18, and 20 mm.

Auxiliary lenses

Filters, prisms, a red Maddox rod, retinoscopy lenses, an occluder, a pinhole and crosshairs are included.

One-Dial Controller KB-50S

A single dial sets sphere, cylinder or prism power.

Colour touch panel

The controller carries a 10.4-inch colour touch panel display.

iPad operation

Wireless control works from any position in the room.

PC operating software

The head can run from an existing computer.

Forehead rest

Its adjustment range is 15 mm.

Monitor angle

The monitor unit adjusts from 113° to 223°.

The Topcon CV-5000 suits optometry practices and ophthalmology clinics that want a digital phoropter fed by pretest data and linked to a test chart. Its case is workflow: lens discs rotate at high speed, and results arrive from linked refractometers and lensmeters. The old spectacles sit beside the new refraction before it passes to the patient record. Two limits matter most. Objective refraction comes from separate instruments rather than the head itself, and pupillary distance adjusts from 48 to 80 mm. Topcon marks it as conforming to Regulation (EU) 2017/745, while a UKCA position is not evidenced. The head runs on 100 to 240 V and includes a power supply unit and a choice of controller.

FAQ

Frequently Asked Questions

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

The Automatic Phoropter CV-5000 is a digital ophthalmic device used to measure refractive errors and determine accurate vision prescriptions. It works by automatically switching between different lenses, allowing clinicians to assess visual clarity and correction needs efficiently. The system uses precision motors and digital controls to ensure smooth transitions, which improves both accuracy and patient comfort during testing. It also integrates with other diagnostic tools for a complete eye examination workflow.

Unlike manual phoropters that require physical adjustments, the CV-5000 automates the entire process, reducing the chances of human error. It provides faster testing, more consistent results, and improved patient comfort due to smoother lens transitions. The digital interface also allows easy data storage and retrieval, which is not possible with traditional systems. This makes it a preferred choice for modern clinics and hospitals aiming for efficiency and precision.

Yes, the Automatic Phoropter CV-5000 is designed to integrate seamlessly with digital chart projectors, autorefractors, and EMR systems. This integration enables synchronized testing and efficient data management. It helps clinicians maintain accurate patient records and improves diagnostic workflow by reducing manual data entry. Such connectivity is especially useful in high-volume clinical environments.

The device is versatile and suitable for both small clinics and large healthcare facilities. Its compact design allows easy installation even in limited spaces, while its advanced features support high-volume operations. This flexibility makes it ideal for a wide range of users, from independent practitioners to large diagnostic centres. It adapts well to different clinical needs without compromising performance.

Basic training is usually sufficient to operate the CV-5000, thanks to its user-friendly interface. Most suppliers provide onboarding support and demonstration sessions to help clinicians understand the system. The intuitive controls make it easy to learn, even for professionals transitioning from manual phoropters. This reduces the learning curve and allows quick adoption in clinical practice.

The Automatic Phoropter CV-5000 typically complies with CE and ISO standards, ensuring it meets safety, quality, and performance requirements. These certifications indicate that the device has been tested and approved for clinical use. Compliance with such standards is important for healthcare providers when selecting reliable diagnostic equipment. It also builds trust among users and procurement teams.

Routine maintenance includes periodic calibration, cleaning, and software checks to ensure accurate performance. Regular servicing helps maintain precision and extends the lifespan of the equipment. Most suppliers offer maintenance packages or AMC support to simplify this process. Proper upkeep ensures consistent diagnostic results and minimizes downtime in clinical settings.

Yes, the CV-5000 is designed with patient comfort in mind. The automated lens switching is smooth and quiet, reducing discomfort during the examination. The ergonomic design ensures proper alignment and ease of use for both the patient and the clinician. This leads to better cooperation from patients and more accurate test results.

Before purchasing, it is important to consider factors such as compatibility with existing equipment, ease of use, service support, and warranty options. Budget and long-term maintenance costs should also be evaluated. Buyers should ensure that the device meets their clinical requirements and integrates well into their workflow. Consulting with a trusted supplier like Medigear.uk can help in making an informed decision.

The Automatic Phoropter CV-5000 can be purchased through trusted medical equipment suppliers such as Medigear.uk. They provide product details, expert guidance, and support throughout the procurement process. Buyers can also inquire about installation, training, and after-sales service. Choosing a reliable supplier ensures a smooth purchasing experience and long-term support.