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Build the refraction workflow

Optometry & Refraction Equipment

Separate objective measurement, subjective refraction, visual-acuity testing, lens verification and supporting tools. Then connect the selected instruments to the room and workstation requirements.

What belongs in an optometry and refraction workflow?

A workflow can combine objective measurement, a phoropter or trial-lens method for subjective refraction, visual-acuity presentation, lens verification and supporting instruments. The appropriate combination depends on the services, users, existing devices and confirmed model compatibility.

Organize by workflow stage

Connect instruments without merging their roles.

Each equipment type answers a different part of the examination or verification process. Use each model page for its exact capabilities, specifications and configuration details.

01

Auto Refractors & Keratometers

Objective measurement equipment, with refractor-only and combined functions kept distinct.

02

Automatic & Manual Phoropters

Subjective refraction equipment organized by the documented operating method.

03

Visual Acuity Testing

Digital vision-chart and presentation equipment, kept separate from vision screening.

04

Lensmeters

Lens verification and analysis equipment, distinct from lens-processing machines.

05

Trial & Supporting Tools

Trial frames, trial lens sets, retinoscopes and binocular-vision instruments.

Product models

Available product models

Use each model page to review its documented operating role, images and configuration details. Confirm compatibility and included items in writing.

ARK-710 auto refractor keratometerObjective measurement

ARK-710 Auto Refractor Keratometer

Combines objective refraction and corneal-curvature measurement with K&R, REF and KRT modes. Confirm the required configuration and included accessories.

View ARK-710 Auto Refractor Keratometer details

FRS-810 autorefractor keratometer with axial length measurement, ENOCHTEC front three-quarter viewObjective measurement

FRS-810 Auto Kerato-Refractometer with Axial Length Measurement

Combines objective refraction, keratometry and axial-length measurement in one tabletop workflow.

View FRS-810 details

KJ6 Series streak retinoscopeObjective refraction support

KJ6 Series Streak Retinoscope

Streak retinoscope for objective-refraction work, with AC-powered and rechargeable configurations. Confirm the selected variant and accessories.

View KJ6 Series Streak Retinoscope details

ACP-300 digital vision chartVisual acuity testing

ACP-300 Digital Vision Chart

Digital vision-chart system for visual-acuity testing. Review the documented chart functions, display configuration and operating requirements.

View ACP-300 Digital Vision Chart details

UTF-T4880 Pro adjustable trial frameSubjective refraction support

UTF-T4880 Pro Adjustable Trial Frame

Adjustable trial frame for subjective-refraction workflows. Review the documented fitting adjustments, measurement scales and configuration details.

View UTF-T4880 Pro Adjustable Trial Frame details

PD-800 digital pupilometer with LCD displayPD measurement support

PD-800 Digital Pupilometer

Digital pupilometer for monocular and binocular pupillary-distance measurement with vertex-distance support. Review the product page for documented ranges and controls.

View PD-800 Digital Pupilometer details

Selection guidance

Questions that shape the equipment list

Compatibility and workflow should be confirmed for the specific models under consideration, not assumed from a shared category name.

  • Services and users — State the examinations performed and who will operate the equipment.
  • Existing devices — List current instruments and any connection or workflow requirements.
  • Room arrangement — Identify the workstation, viewing distance and patient-positioning needs.
  • Configuration — Confirm controllers, charts, accessories and included items per model.

From need to shortlist

A coordinated refraction-room path

Use the Refraction Room Solution for the overall sequence and this category for equipment-type and model selection.

STEP 01

Objective measurement

Choose the appropriate measurement equipment.

STEP 02

Subjective refraction

Review automatic, manual or trial-lens methods.

STEP 03

Visual confirmation

Connect the appropriate visual-acuity presentation.

STEP 04

Room integration

Confirm workstation placement and equipment compatibility.

Buyer questions

Answers before model selection.

What equipment is commonly combined in a refraction workflow?

A workflow may include objective measurement, subjective refraction, visual-acuity presentation and lens verification. The final list should follow the services offered and the confirmed model configuration.

Should I choose an automatic or manual phoropter?

Compare the intended operating workflow, existing equipment and documented functions of the specific models.

Is a digital vision chart the same as a vision screener?

No. A digital vision chart presents visual-acuity content, while a vision screener is a separate diagnostic or screening equipment type.

How can I check compatibility with my current equipment?

Provide the brands, models and workflow requirements of the existing devices. Compatibility should be confirmed in writing.

Prepare the right shortlist

Share the workflow, room setup and current instruments before choosing models.

Plan your refraction equipment list