A Step-by-Step Guide to Selecting Diagnostic Equipment for a New Optometry Practice

For a new optometry practice, the room itself is often the best place to start planning a diagnostic package. Working out the available space and likely patient needs before committing to a particular combination of equipment makes it easier to avoid purchases that do not suit the practice. Funding and equipment choices should follow the clinical services you plan to provide and the diagnostic suite you can accommodate. Figure this out and shopping becomes easier.

Measure the room before you touch a catalogue

Before you get started in selecting instrumentation, measure the length of the room. Visual acuity testing requires a specific working distance, and in many Australian optometry rooms this means planning for a six-metre visual acuity testing lane. For a three-metre room, consider early on whether a suitable mirror arrangement or a chart calibrated for the shorter testing distance will meet your needs. Buying a chart before confirming the available distance and its installation requirements can lead to an expensive mismatch.

Room length then almost instantly drives every other subsequent decision. Wall-mount or standalone chart? Wall-mount or better in a corner on a trolley? Ambient light is critical for both chart visibility as well as anterior eye examinations. Dimmable ceiling or room lights and dimmable slit-lamp lights are an essential box to tick in the design phase. These features can be difficult to retrofit once the room is completed. Get the window blinds and layout of the room sorted early and you will have addressed two important design decisions.

Build the minimum viable exam lane first

Many new practice owners make the mistake of attempting to acquire a day-one mature clinic’s equipment list. Instead, I recommend you split your purchases into the minimum viable lane, and growth add-ons you bring in once you have the patient volume to justify them.

The minimum viable lane is you, as a clinician, a phoropter, a slit lamp, a tonometer, a chair and stand and a visual acuity chart. Everything else – autorefractors, OCT, automated visual field screeners – are definitely useful, but you can push them out if you need to. An autorefractor will speed up your workflow and give you an objective starting point for your refraction, but a skilled clinician doesn’t need one in year one. OCT is a different story financially. It is a major capital item that will only pay for itself if you are seeing enough patients.

If you try to buy all of it up front you can very quickly find yourself without the capital that is better spent on fit-out, staff, and the first six months of operating costs. Build the lane that allows you to start seeing patients. Then make good use of reinvestment of profits.

Choosing between Snellen and logMAR charts

Once you’ve pinned down the lane, the optotype chart you order needs more deliberate consideration than simply asking, ‘What did I use previously?’ A backlit Snellen chart in 6/6 notation, rather than 20/20 notation, can work well for many day-to-day general practice situations. It is a familiar format to referring colleagues and can align with earlier records in your patient management software. Once you know the test distance your room allows, an online search for eye chart Australia is only the starting point; compare models by testing distance, chart type, illumination and after-sales support.

If you are monitoring changes in visual acuity over time or planning rooms with different testing distances, a logMAR or ETDRS-style chart may be more appropriate. Compared with conventional Snellen charts, logMAR charts use more consistent optotype sizing, spacing and progression between rows, supporting more consistent recording and comparison of acuity measurements. That does not mean every logMAR chart will fit a smaller room; check its physical dimensions and specified testing distance before ordering.

Before placing an order, ask the supplier to confirm the chart’s specified viewing distance and installation dimensions, including space for a stand, mirror or display if one is required. Check whether the available optotypes suit the patients you expect to see and whether staff can record the results consistently in your clinical system. If several clinicians will use the same room, agree how to set the lighting and testing distance before the first appointment. These checks help you compare quotations on a like-for-like basis and avoid buying an apparently cheaper chart that does not suit the room or routine workflow.

Price equipment as a five-year cost, not a day one invoice

The price on the equipment invoice is only one part of the cost of ownership. Over five years, servicing, repairs, consumables, software fees and downtime can add substantially to the initial purchase price. The impact of these expenses on cash flow deserves attention from the outset. New technology may offer useful features or improve workflow, but it can also introduce ongoing costs that put pressure on an already tight budget.

A simple way to stress-test a purchase is to ask what it costs per year of ownership rather than what it costs to walk out the door with. A cheaper machine with no local service support can end up far more expensive than a slightly pricier one backed by a responsive technician and a parts supply chain. This is the calculation most new owners skip, and it’s the one that determines whether year three of the practice is smooth or full of unplanned downtime.

Before committing to a significant purchase, request a written breakdown of the warranty, expected servicing schedule, replacement parts, software subscriptions and any staff training required. Ask which costs recur annually and what happens if an instrument needs to be repaired while the practice is seeing patients. Record the answers alongside each quote so the comparison reflects ongoing use rather than the initial price alone.

Local service footprint beats a cheaper import

You may be tempted to choose the cheapest overseas listing and have it shipped in but for anything that is involved in direct patient care, local warranty coverage, electrical compliance certification, and a technician who can call on your practice within days matter more than a marginal saving on the invoice.

In real terms equipment that is sitting unused for 3 weeks because they’re waiting on a part from overseas isn’t just lost convenience, it’s lost billing days and patients rebooked elsewhere. A supplier with a service footprint in Australia is likely to hold spare parts here and have a good understanding of the compliance stuff your fit-out already has to meet. That’s worth paying for.

Budget for maintenance as a separate line item

Calibration and maintenance shouldn’t come out of whatever’s left in the account at the end of the month. Ring-fence a maintenance fund from day one, separate from your capital equipment budget. An uncalibrated tonometer has intraocular pressure readings you can’t trust clinically. A chart with a dying backlight panel produces inconsistent acuity results that look like patient variability when they’re actually equipment failure.

Routine servicing costs are predictable once you’ve owned the equipment for a year, but in year one you’re guessing.

Build in a buffer and treat the first annual service as the baseline you’ll budget against going forward. This single habit prevents the slow equipment decay that quietly undermines clinical confidence in a practice.

When refurbished equipment makes sense

Second-hand instruments can be a legitimate way to stretch a start-up budget, but only under specific conditions. Buy refurbished only when a local supplier can provide certification, genuine warranty and ongoing access to spare parts. Without those three things, the discount disappears the first time something breaks and you’re stuck sourcing parts for a discontinued model.

Phoropters and slit lamps tend to hold up well as refurbished purchases as they’re mechanically simple and well understood by local technicians. Anything with electronics prone to obsolescence, like older autorefractors is riskier. Weigh the saving against how long you expect to keep the unit before replacing it anyway.

Growth add-ons and when to lease instead of buy

Autorefractors, OCT, and automated visual field equipment belong in the growth phase, rather than the opening week. Before adding any of them, run a simple model: estimated patient throughput per day, expected billing revenue per visit, and the utilisation rate the new equipment would need to hit to justify its place on the balance sheet.

For big-ticket items like OCT, consider financing or leasing rather than drawing down start-up capital.

Leasing protects the cash you need for leasehold fit-out, initial stock and the first few months of payroll before billing revenue stabilises. It also gives you flexibility to upgrade as imaging technology moves on, rather than being locked into a single depreciating asset.

Write the protocol down once the gear is in the room

It’s essential to ensure proper utilisation of the equipment you purchase. One aspect of this is to document the type of chart used, the distance at which it’s viewed and the lighting conditions. This will help ensure that acuity results can be compared among different staff members and on different days. It will be easier to onboard new staff, and you will also be in a better position if a clinical decision is ever questioned.

Equipment decisions based on the size of the room, a five-year cost view and a distinction between core and growth gear are much wiser than purchasing equipment based on what another practice does. What you need to do is establish how much space you have available, create the “lane” that you can charge for as soon as you open, and let the number of patients determine the next steps. New equipment should never be your starting point.