Optometry Clinic Supply Checklist

An optometry practice’s supply list starts from the same base as any outpatient clinic — exam table paper, gloves, a first-aid kit — but the equipment that actually defines the practice sits somewhere a general clinic checklist never touches: purpose-built diagnostic instrumentation for refraction and ocular health assessment, eye-specific first-aid provisions, and a set of patient-flow consumables (diagnostic drops, disposable tonometer tips, trial lenses) that turn over on a per-exam basis rather than a per-week one.

This guide covers three categories specific to an optometry practice: diagnostic and exam equipment, basic first aid scoped to an eye-care setting, and patient-flow consumables. It does not cover general clinic furniture, front-desk supplies, or building-level safety stock — see the “What This Checklist Doesn’t Cover” section below for where that lives.

Diagnostic and Exam Equipment

This is the category that makes an optometry practice’s equipment list unlike any other outpatient specialty’s. Most of it is capital equipment purchased once and maintained for years, not a recurring consumable order, but knowing what belongs on the list — and what’s genuinely optional depending on scope of practice — matters for both a new-practice buildout and an equipment-refresh cycle.

Phoropter (refractor). The core refraction instrument for determining a patient’s lens prescription. Manual phoropters remain standard; digital/automated phoropters cost significantly more but speed up the refraction sequence and integrate with electronic health records — a real buy decision, not just a nice-to-have upgrade, for a practice weighing throughput against capital budget.
Autorefractor. Provides an objective starting-point refraction before the subjective phoropter exam, cutting exam time and giving a useful baseline for patients who struggle to answer subjective refraction questions reliably (young children, some cognitively impaired patients).
Slit lamp biomicroscope. Used for magnified examination of the cornea, iris, lens, and anterior chamber, and — with an accessory lens — the retina and optic nerve. This is arguably the single most-used diagnostic instrument in a general optometry exam and isn’t optional for a practice doing comprehensive eye exams.
Tonometer. Measures intraocular pressure, the core glaucoma-screening measurement. Goldmann applanation tonometry (mounted on the slit lamp) is the clinical reference standard; non-contact (“air puff”) tonometers trade some precision for patient comfort and technician-friendly screening throughput. Many practices run both: non-contact for routine screening, applanation for confirming an elevated reading.
Direct and indirect ophthalmoscopes. A direct ophthalmoscope gives a magnified, non-stereoscopic view of the retina; binocular indirect ophthalmoscopy (BIO), typically headset-mounted, gives a wider-field stereoscopic view needed for a thorough peripheral retinal exam, including dilated fundus exams.
Retinoscope. Used for objective refraction by observing the reflex off the retina — especially valuable for patients (young children, non-verbal patients) who can’t reliably respond to subjective phoropter testing.
Keratometer or corneal topographer. Measures corneal curvature, essential for contact lens fitting and increasingly for cataract/refractive surgery co-management. A topographer produces a full corneal surface map rather than a keratometer’s handful of reference points — a real capability difference, not just a fancier version of the same measurement, and worth budgeting for separately if the practice does meaningful contact lens fitting or surgical co-management volume.
Visual acuity chart or digital acuity system. A projected or wall-mounted Snellen or logMAR chart at the correct testing distance (or a digital acuity system that simulates it in a shorter physical lane). Get the testing distance and chart calibration right — a miscalibrated lane produces a systematically wrong acuity measurement, not just a slightly imprecise one.
Trial lens set and trial frame. Used alongside retinoscopy and subjective refraction, particularly for patients where a phoropter exam is impractical (very young children, patients who need to be examined outside a fixed exam-chair setup).
Lensmeter (lensometer). Reads the power, axis, and prism of a patient’s existing eyeglass lenses — used to verify current prescriptions match what’s on file and to check newly dispensed eyewear before it goes out the door.
Pachymeter. Measures corneal thickness, a factor in interpreting intraocular pressure readings and a standard part of glaucoma risk assessment and refractive-surgery candidacy screening.
Color vision and amsler grid testing materials. Ishihara or similar pseudoisochromatic color plates for color vision screening, and an Amsler grid for detecting central visual field distortion associated with macular disease — both low-cost, low-maintenance items relative to the instrumentation above, but genuinely part of a comprehensive exam.
Visual field analyzer (perimeter). Maps the patient’s peripheral visual field, the standard tool for monitoring glaucoma progression and detecting field loss from neurological causes. Higher-cost capital equipment; smaller practices sometimes refer out for formal perimetry rather than buying one, which is a legitimate scope-of-practice decision, not a corner cut.
Optical coherence tomographer (OCT) and fundus camera. An OCT produces cross-sectional retinal imaging used for detecting and monitoring glaucoma, macular degeneration, and diabetic retinopathy; a fundus camera captures a photographic record of the retina for documentation and patient education. Both are higher-cost capital purchases — increasingly standard in comprehensive-care practices, but a real buy-vs-refer decision for a smaller or newer practice. See CASRAI’s startup equipment financing guide for lease/loan/SBA tradeoffs that apply directly to equipment in this price range.

Basic First Aid for the Practice

An optometry practice doesn’t stock the trauma-oriented first-aid inventory a PT clinic or urgent care does, but it needs its own scoped kit — both a general workplace first-aid kit and a small set of eye-specific items that a general kit doesn’t include.

General first-aid kit. Standard workplace-first-aid contents (adhesive bandages, gauze, antiseptic wipes, disposable gloves) for staff and patient incidents unrelated to the eye exam itself — a fall in the waiting room, a minor cut, an allergic reaction. This is the same baseline every outpatient office needs; see CASRAI’s clinic startup equipment checklist for the general version of this stock.
Eye irrigation solution and eyewash access. Sterile saline eyewash for flushing foreign material or a chemical splash from a patient’s or staff member’s eye — genuinely relevant in a practice that’s handling diagnostic drops and lens-cleaning solutions all day, even though the exposure risk is far lower than a lab or industrial setting. A portable eyewash bottle at each exam station, plus a stocked eyewash station in any area where cleaning or disinfecting solutions are prepared, covers most practices’ actual risk profile.
Protective eye shields and patches. Rigid shields (for suspected globe injury, where a soft patch could add pressure to an already-compromised eye) and standard soft eye patches (for post-dilation light sensitivity, minor corneal abrasion, or post-procedure protection) are both worth stocking — they serve different situations and one doesn’t substitute for the other.
AED. Not eye-specific, but any practice with regular patient foot traffic should have one and a maintenance plan behind it. See CASRAI’s AED buying guide and AED program management guide for selection and the pad/battery replacement schedule that keeps a purchased unit actually functional years later.
Referral pathway for a true ocular emergency. Not a supply item, but worth stating plainly: a suspected retinal detachment, acute angle-closure glaucoma, chemical burn, or penetrating injury needs immediate ophthalmology or emergency-department referral, not in-office management. Stock the first-aid items above to stabilize and protect the eye until the patient can get there, not to treat the underlying emergency in-office.

Patient-Flow Consumables

These are the items that turn over with exam volume rather than sitting as a fixed capital purchase — the ones that run out fastest if a practice stocks off intuition instead of actual patient throughput.

Diagnostic eye drops. A topical anesthetic (e.g., proparacaine) for tonometry and minor procedures; fluorescein sodium strips or solution for corneal staining under the slit lamp; mydriatic drops (e.g., tropicamide, phenylephrine) for pupil dilation; and, where indicated, a cycloplegic agent for a full cycloplegic refraction, most often in pediatric exams. Track these separately from general practice supplies — usage scales directly with exam volume and dilation rate, not a fixed monthly draw.
Disposable tonometer tips and covers. Single-use applanation tonometer tips (or disposable covers for reusable tips, depending on the tonometer model) are an infection-control necessity, not an optional upgrade — reusing without proper disinfection between patients is a real cross-contamination risk given direct corneal contact.
Trial contact lenses. A range of trial soft and, if the practice fits them, rigid gas-permeable lenses across common parameters, used to verify fit and initial comfort before finalizing a contact lens prescription and ordering the patient’s actual supply.
Lens and frame cleaning supplies. Microfiber cloths, lens cleaning spray, and ultrasonic cleaner solution (if the practice runs an ultrasonic cleaner for patient eyewear) for both dispensing new eyewear and routine adjustments/cleanings on existing pairs.
Equipment disinfection supplies. Alcohol wipes or an equivalent disinfectant compatible with chin rests, forehead rests, and trial frame nose pads — every one of these touches a patient’s face directly and needs a between-patient wipe-down, the same logic as a PT clinic’s treatment-table turnover, just applied to exam instrumentation instead.
Patient comfort and dilation-recovery items. Disposable sunglasses or clip-on shades for patients leaving the office dilated, tissues, and a face-forward explanation card or handout on temporary post-dilation light sensitivity and blurred near vision — a low-cost item that meaningfully cuts down on confused or frustrated patient calls after a routine dilated exam.

What This Checklist Doesn’t Cover

This page focuses on what’s specific to optometry: exam-room diagnostic instrumentation, eye-specific first aid, and per-exam patient-flow consumables. For general clinic furniture, front-desk and waiting-room supplies, building-level safety stock, and the recurring-consumable budgeting framework every outpatient practice needs regardless of specialty, see CASRAI’s clinic startup equipment checklist. For the capital-equipment financing tradeoffs (lease vs. loan vs. SBA) that apply to higher-cost instruments like an OCT or fundus camera, see the startup equipment financing guide linked above.

This guide is part of a growing series of specialty-clinic supply checklists CASRAI has published, each scoped to what’s genuinely different about that setting rather than repeating a generic list: the school nurse office supply checklist, the physical therapy clinic supply checklist, the dental office medical emergency supply checklist, and the urgent care clinic startup supply checklist.

See CASRAI’s lab and clinical equipment hub for more on equipment selection, maintenance, and procurement across instrument categories.

Frequently Asked Questions

What equipment does a new optometry practice actually need on day one?

At minimum: a phoropter, slit lamp, tonometer, direct ophthalmoscope, visual acuity chart, retinoscope, trial lens set, and lensmeter. An autorefractor, corneal topographer, OCT, fundus camera, and automated visual field analyzer add real clinical and workflow value but are commonly phased in as the practice’s patient volume and capital budget allow, rather than all purchased at launch.

Do I need both a non-contact tonometer and a Goldmann applanation tonometer?

Not strictly, but many practices run both: non-contact tonometry for fast, comfortable routine screening, and applanation tonometry — the clinical reference standard — to confirm an elevated or borderline reading before acting on it clinically.

Does an optometry office need an eyewash station like a lab does?

The exposure profile is much lower than a lab handling hazardous chemicals, but a practice preparing lens-cleaning or disinfecting solutions still benefits from eyewash access in that area, plus a portable saline eyewash bottle at each exam station for routine foreign-material or minor splash incidents.

What’s the difference between a keratometer and a corneal topographer?

A keratometer measures corneal curvature at a handful of fixed reference points, sufficient for basic contact lens fitting. A corneal topographer maps the entire corneal surface, which matters for irregular astigmatism, more complex contact lens fits, and refractive-surgery co-management — a real capability difference, not just a more expensive version of the same reading.

Why track diagnostic drops separately from general practice supplies?

Because usage scales directly with exam and dilation volume rather than following a flat monthly draw the way general office supplies do — a practice that stocks mydriatics and anesthetic drops off a fixed reorder schedule instead of actual dilation rate is one of the more common places an optometry practice runs unexpectedly short.