Lonrecon Digital Phoropter for Refraction Room Subjective Vision Testing

LR-VT1600 is a Digital Phoropter designed for refraction rooms, eye clinics, and optometry testing stations. It supports faster subjective refraction, clearer near-chart testing, and more consistent clinical workflow. Suitable for distributor supply, hospital projects, and room-based deployment.

Model: LR-VT1600
Product Name: Digital Phoropter
Type: Automated Subjective Refraction Unit
Application: Refraction rooms, optometry rooms, ophthalmic outpatient testing stations, eye clinic subjective vision examination
Sphere Range: 0D to +16.75D / 0D to -19D, 0.25D step
Cylinder Range: -8.75D to +8.75D, 0.25D step
Axis Range: 0° to 180°, 1° step
Prism Range: 0 to 20△, 0.1△ step
Prism Base: 0° to 360°, 1° step
PD Range: 50 mm to 80 mm, 1 mm step
Working Distance: 350 mm to 700 mm
Vertex Distance: 12 mm / 13.75 mm / 16 mm / 18 mm / 20 mm
Screen: 8-inch tilting color touch screen
Near Chart Illumination: Built-in high-brightness LED light
Auxiliary Lens Functions: Includes pinhole, binocular aperture, cross cylinder, rotary prism, PD lens, polaroid, and retinoscopy lenses
Phoropter Size / Weight: 384 × 125 × 454 mm / 3.8 kg
Controller Size / Weight: 215 × 230 × 200 mm / 1.2 kg
Power Box Size / Weight: 236 × 113 × 126 mm / 2.3 kg
Power Supply: 100V to 240V, 50/60Hz

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Description

Lonrecon Digital Phoropter for Refraction Room Subjective Vision Testing

Built for Daily Refraction Room Workflow

A Digital Phoropter is used in hospitals, eye clinics, and optometry rooms to perform subjective refraction and support doctor-led vision testing in a stable, repeatable setup. In institutional use, it is part of the examination workflow rather than a stand-alone retail device. The source page presents this unit as an automated phoropter with fast lens switching, integrated near-chart lighting, and touch-screen control for routine clinical use.

Supports faster subjective testing

This unit is designed for departments that want smoother lens changes and shorter testing time during daily refraction work. A practical Subjective Refraction System helps improve testing consistency, while reliable Optometry Examination Equipment makes room turnover easier in busy clinics. The listed features include fast lens switching, ergonomic facial fit, and built-in high-brightness LED illumination for a clearer near vision chart.

Better fit for room-based deployment

For refraction rooms, layout stability matters as much as optical range. This Digital Phoropter uses an 8-inch tilting color touch screen and separate controller structure, which makes it easier to position as a Subjective Refraction System in a fixed workstation. As part of Optometry Examination Equipment planning, it supports a cleaner doctor-patient testing flow without overcomplicating room setup.

Operational Value in Clinical Use

More complete refraction coverage

This Digital Phoropter provides the main ranges needed for routine subjective testing, including sphere, cylinder, axis, prism, prism base, PD, working distance, and selectable vertex distance. For hospitals standardizing a Subjective Refraction System, that gives teams a workable structure for repeated daily cases. The page lists sphere from 0D to +16.75D and 0D to -19D, cylinder from -8.75D to +8.75D, axis from 0° to 180°, prism from 0 to 20△, prism base from 0° to 360°, PD from 50 mm to 80 mm, distance from 350 mm to 700 mm, and VD options of 12, 13.75, 16, 18, and 20 mm.

Practical for project supply

For distributors, clinic setup, and hospital tenders, this unit works well as Optometry Examination Equipment because it combines automated refraction control with a compact hardware layout. It can also be positioned as a Subjective Refraction System for new room rollout where universal power support and manageable equipment size matter. The source page lists the phoropter, controller, and power box dimensions separately and shows a 100V–240V, 50/60Hz power supply.