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Solutions / Refraction Room
Refraction room planning
Refraction Room Equipment Solution
Refraction room equipment should be planned as a coordinated workflow, not an isolated list of devices. This guide outlines the equipment groups, configuration choices and current ENOCHTEC options that may support preliminary measurement, subjective refraction and visual-acuity confirmation.
What equipment is needed for a refraction room?
A refraction room solution combines preliminary measurement, subjective refraction, visual-acuity testing and an appropriate workstation in one coordinated workflow. A typical plan may include an autorefractor or autorefractor keratometer, a manual or automatic phoropter, a digital vision chart, trial lenses and frames, and an optometry unit. The final configuration depends on examination scope, room size, existing equipment, operator preference and local requirements.
Intended users
One planning framework, several buyer types.
This framework is relevant to professional buyers preparing a model-level refraction-room shortlist. It does not replace local clinical, facility or regulatory requirements.
- Optometry practices
- Ophthalmology outpatient rooms
- Optical practices
- Hospital project teams
- Equipment distributors
Recommended sequence
Plan around the examination workflow.
The exact procedure is determined by the practice. For equipment planning, these stages help separate room foundation, measurement, subjective refraction and confirmation needs.
Preliminary objective measurement
Select the required device type from verified functions.
Subjective refraction
Choose an automatic, manual or trial-lens route.
Visual-acuity confirmation
Check chart content, distance and control method.
Review & record
Keep documentation consistent with local procedures.
Typical equipment groups
Build the room in compatible modules.
Available models are presented as individual options. Final configuration, accessories, documentation and market availability are confirmed for the destination and quotation.
Room foundation
Optometry unit or workstation
An optometry unit or optometry table can support patient and operator positioning and provide a practical location for selected instruments. AST-3000 is a unit configuration, while GM-560 is an optometry table. Compare the real footprint, movement, power and included items; any GM-560 image showing a chair, phoropter or other instruments is illustrative, and inclusion is controlled by the quotation.
Integrated optometry unit
Motorized table-and-chair configuration
The HRT-1A is a separate optometry-unit option with a motorized table and chair. Confirm the included instruments, movements, load limits, power and final accessories against the approved model record and quotation.
Preliminary measurement
Autorefractor or autorefractor keratometer
Supports the preliminary objective measurement stage. Choose the device type according to the measurements required by the intended workflow.
Subjective refraction
Automatic phoropter
Compare operating method, controls, physical arrangement and verified connection requirements.
Subjective refraction
Manual phoropter
A manual route may suit a different operator preference, room plan or purchasing requirement.
Supporting tools
Trial lenses and frames
Provide a manual route for subjective refraction or a complementary set for the room.
Visual-acuity confirmation
Digital vision chart
Confirm chart types, working distance, display method, controls and mounting or placement needs from the selected product documentation.
Optional workflow extension
Eyewear verification or clinical examination
A lensmeter may be considered when existing-eyewear or dispensing checks are part of the room. Slit lamps, tonometers and other examination devices belong to an expanded ophthalmology workflow and are not mandatory for every refraction room.
Available models are presented as individual options. Final configuration, accessories, documentation and market availability are confirmed for the destination and quotation.
Configuration choices
Four decisions shape the room.
Resolve these choices before comparing detailed specifications. They affect space, instrument placement, training and the final bill of materials.
Automatic or manual subjective refraction?
Match the operating method to staff preference, verified device functions, compatibility, training needs and budget.
Integrated workstation or separate instruments?
Compare the real room footprint, patient positioning and selected model dimensions before deciding.
New room or staged upgrade?
Document the devices that remain and their physical, electrical and confirmed connection requirements.
Basic refraction or expanded examination?
Add clinical examination devices only when the intended services and room plan require them.
Before finalizing
Confirm the room, devices and commercial scope.
A solution page guides the shortlist. Model specifications, included items and project responsibilities belong in the approved quotation and supporting documents.
- Intended services & sequence
- Room dimensions & access
- Existing instruments
- Preferred operating method
- Dimensions, power & compatibility
- Included items & options
- Destination market
- Delivery & support scope
Buyer questions
Refraction room FAQ.
Is an optometry unit the same as an autorefractor?
No. An optometry unit or workstation organizes seating, instrument placement and room workflow. An autorefractor is a measurement device used at the preliminary stage. They may be used in the same room, but they serve different functions.
Does every refraction room need an automatic phoropter?
No. Subjective refraction may use an automatic phoropter, a manual phoropter, or trial lenses and a trial frame. The appropriate choice depends on the operator’s workflow, verified equipment functions, compatibility, training needs and budget.
Can a lensmeter be included in a refraction room?
It can be considered when the workflow includes checking existing eyewear or dispensing verification. If those tasks are handled elsewhere, the lensmeter may belong in a separate dispensing area.
Can diagnostic equipment be added to the same room?
Additional examination devices may be considered when the room layout and intended workflow support them. Plan slit lamps, tonometers and imaging equipment through the relevant clinical solution rather than treating them as mandatory.
What information is needed for a configuration review?
Provide the intended services, room layout or dimensions, existing devices, preferred refraction method, required equipment groups, destination market and any preferred models. Final inclusions and options should be confirmed in the quotation.
Plan around the sequence
Share the room layout, workflow and existing devices.
