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OCT Machine Buying Guide Australia for Optometry and Ophthalmology Clinics

oct machine

Selecting an OCT system is a clinical, operational and financial decision. For many Australian optometry and ophthalmology clinics, the right system supports earlier detection, better monitoring, clearer referral decisions and smoother patient flow.

This guide explains how to compare OCT systems for first-time purchase or upgrade planning. It focuses on clinical use cases, workflow fit, lifecycle value, service support and training.

Key Highlights

  • Match the OCT system to your clinic type, not just the specification sheet.
  • Compare scan quality, speed, reports, software, ergonomics, training and service support together.
  • Review capital cost against clinical use, patient throughput, referral quality and lifecycle value.
  • Ask about installation, staff training, preventative servicing, software support and parts access before purchase.
  • Request a shortlist and demo discussion before choosing a system.

What an OCT System Should Deliver

An OCT system gives clinicians high-resolution cross-sectional imaging of ocular structures. In clinical use, this can assist with retinal assessment, glaucoma monitoring, macular disease review, anterior segment imaging and treatment monitoring, depending on the device and software package.

When assessing an OCT machine in Australia, start with the clinical purpose. A clinic focused on general optometry may require a compact system with fast scans, clear reports and simple operation. An ophthalmology practice may require deeper imaging capability, wider scan protocols, advanced analysis and integration with existing diagnostic workflows.

BOC lists a range of Optical Coherence Tomographs for Australian clinics, including Optovue systems such as AngioVue AngioAnalytics, iVue-80, iScan and SOLIX FullRange OCT.

Clinical Imaging Quality

Image quality is central to clinical value. Compare systems by looking at:

  • axial and transverse resolution
  • scan speed
  • signal strength
  • artefact handling
  • repeatability
  • segmentation accuracy
  • retinal, glaucoma, cornea and anterior scan options
  • OCT angiography capability, where relevant


OCT has a recognised role in glaucoma diagnosis and monitoring. A British Journal of Ophthalmology overview reviewed systematic reviews on OCT diagnostic accuracy for glaucoma, showing its value as part of structured clinical assessment rather than as a stand-alone answer.

For diabetic eye care, OCT is widely used to detect and monitor macular changes. UK guidance on diabetic eye screening includes OCT in surveillance clinics for relevant cases, and referral refinement guidance notes that OCT can help reduce unnecessary hospital referrals when used in diabetic maculopathy pathways.

Workflow Fit

A technically capable OCT machine may still create friction if it slows down the clinic. Review how the system works in daily use:

Workflow Area What to Check Why It Matters
Patient setup
Chin rest, alignment, fixation targets, guided capture
Reduces repeat scans and staff frustration
Scan speed
Time per scan and time per patient
Supports patient flow in busy clinics
Report output
Layout, trend views, print and export options
Helps clinical review and referrals
Staff operation
Manual versus automated capture
Affects training time
Footprint
Table size, room layout, mobility
Matters for small rooms
Software
Database, updates, analysis modules
Affects long-term value

BOC’s Optovue iScan page notes automated operation, an 80,000 kHz scan speed, wide field of view, voice-guided patient workflow, built-in PC and Retina/Glaucoma/Cornea/Anterior scan suite. These types of workflow features can be useful in practices where multiple staff members capture images across the week.

Solo Practice vs High-Volume Clinic Requirements

The right optical coherence tomography machine depends on patient volume, clinical scope, staffing model and referral pathway.

Solo Optometry Practice

A solo or smaller independent practice usually values simplicity, reliability and space efficiency. Typical priorities include:

  • compact footprint
  • simple operator training
  • fast patient setup
  • clear glaucoma and macular reports
  • practical pricing
  • dependable local service
  • option to add related diagnostic equipment over time


For new clinics, OCT should be planned with room layout, patient flow and related equipment. BOC’s optometry equipment checklist can support broader fit-out planning before purchase decisions are made.

Multi-Room or High-Volume Clinic

A high-volume optometry group, ophthalmology clinic or hospital department will place more weight on speed, consistency, integration and support. Priorities may include:

  • repeatable scans across operators
  • multi-device data access
  • advanced progression analysis
  • OCTA or widefield options
  • service reporting
  • planned preventative maintenance
  • staff onboarding support
  • clear escalation pathway for downtime


The ICP document provided for BOC identifies equipment downtime as a high-priority pain point for independent practices, multi-site chains, hospitals and regional clinics. It also notes that buyers often plan replacement across a 5–10 year lifecycle.

OCT Features That Affect ROI

Return on investment is more than rebate access or scan volume. It includes clinical value, staff time, referral quality, patient flow and equipment lifespan.

Clinical Use Cases

A clinic reviewing oct for optometry clinic purchase options should map current and future use cases.

Clinical Use Case Relevant OCT Capability
Glaucoma risk review
RNFL, ganglion cell analysis, optic nerve scans, progression analysis
Macular assessment
Macular cube scans, thickness maps, change tracking
Diabetic eye care
Macular oedema review, retinal layer assessment, referral support
Anterior segment
Corneal and angle-related scan options
Ophthalmology review
Advanced imaging, OCTA, multimodal workflow support
Referral communication
Clear reports, image export, trend data

The Medicare Benefits Schedule includes item 11219 for OCT for diagnosis of an ocular condition linked with PBS-listed intraocular medication, with limits and conditions set out in the item descriptor. This should be reviewed in line with current Medicare rules and the clinic’s billing process.

Throughput and Staff Time

A lower upfront OCT system price in Australia may not mean lower total cost. Consider staff time, failed scans, report delays, and lost appointment flow.

Ask these questions:

  • How long does a typical scan take?
  • Can new staff learn the system quickly?
  • How often are scans repeated?
  • Does the device support both experienced and newer operators?
  • Are reports clear enough for referral communication?
  • Can the system handle future patient volume?

Software and Reports

Software can drive much of the day-to-day value. Review:

  • glaucoma progression tools
  • macular change analysis
  • normative database relevance
  • report customisation
  • export formats
  • network options
  • update pathway
  • licence structure
  • data backup process


In glaucoma care, OCT is best used with clinical examination, visual fields, intraocular pressure and patient history. The same principle applies across retinal disease: OCT supports decision-making, rather than replacing clinical judgement.

Mid-purchase CTA: For clinics comparing systems, request an OCT shortlist and demo discussion based on your room setup, scan volume, clinical focus and service requirements.

Upgrade and Lifecycle Planning

An OCT purchase should be viewed across its full working life. The BOC brand file frames its service model around long-term continuity, local expertise, technical credibility and service reliability.

When to Upgrade

Common upgrade triggers include:

  • older OCT software no longer meeting clinic requirements
  • slow scan speeds affecting patient flow
  • lack of modern progression analysis
  • limited reporting for referrals
  • no OCTA capability where clinically relevant
  • recurring service issues
  • poor compatibility with current systems
  • clinic expansion or new rooms


The BOC ICP document identifies lifecycle upgrade as a common buying trigger, with planned capital expenditure often considered months ahead of purchase.

Total Cost of Ownership

A practical cost review should include:

Cost Area What to Review
Purchase price
Device, table, accessories and software modules
Installation
Delivery, room setup and commissioning
Training
Initial training and refresher sessions
Servicing
Preventative servicing, callout process and labour
Downtime
Loan unit access and expected response process
Software
Updates, support and licence terms
Data
Storage, transfer and backup
Upgrade path
Trade-in, demo or second-hand options

BOC’s positioning file notes demo, second-hand and lifecycle upgrade pathways, plus training, installation and support as part of its broader value proposition.

Planning for New Clinics

For a new practice, OCT should be considered early in room planning. It may affect:

  • consultation room size
  • patient movement
  • power and network access
  • table placement
  • staff training timetable
  • data handling
  • equipment sequencing


This is where an equipment shortlist can reduce rework. It helps the clinic select a system that fits the room, patient mix and future growth plans.

Service and Training Questions to Ask

Service support can have a direct impact on patient flow. A system with strong specifications can still create risk if support is slow, unclear or offshore-only.

BOC’s brand documents identify Australian service coverage, responsive support and long-term accountability as key parts of its market position. Its website states that BOC supplies ophthalmology instruments and equipment across Australia, with over 100 years of experience.

Questions for the Distributor

Ask these before approving purchase:

  • Who installs the OCT system?
  • What training is included?
  • Is refresher training available?
  • What is the service response process?
  • Are parts held in Australia?
  • Is preventative servicing available?
  • What happens if the unit is down?
  • Are loan units available?
  • How are software updates handled?
  • Can service records be supplied for compliance files?


BOC provides ophthalmic equipment repair services for clinics requiring technical support, servicing or repair planning.

Questions for the Clinical Team

Before a demo, ask internal users:

  • Which conditions do we manage most often?
  • Which reports do our referrers prefer?
  • How many scans do we expect each week?
  • Who will operate the machine?
  • What training gaps exist?
  • Which room will house the system?
  • How will data be backed up?
  • What system will still suit us in five years?


A clear answer to these points will make demos more useful.

Connect with BOC Instruments Today!

An OCT system should support clinical accuracy, staff efficiency and long-term service continuity. The best purchasing process starts with clear clinical requirements, then compares imaging capability, workflow fit, software, support and lifecycle value.

For clinics reviewing the OCT machine in Australia, BOC Instruments can assist with system comparison, demo planning, installation, training and technical support across the equipment lifecycle. Request an OCT shortlist and demo discussion to compare systems against your clinic’s workflow, patient mix and upgrade plan.

Frequently Asked Questions

There is no single best system for every clinic. The right choice depends on clinical scope, patient volume, operator skill, room size, software requirements, service support and budget. A solo optometry practice may prefer a compact automated system, and a high-volume ophthalmology clinic may require advanced imaging, OCTA and deeper analysis tools.

Pricing varies by brand, imaging capability, software modules, configuration, installation and support terms. Clinics should compare full lifecycle cost rather than upfront price alone. That includes training, servicing, software support, downtime planning and upgrade options.

Yes, OCT can support optometry clinics with macular review, glaucoma risk assessment, diabetic eye care referral support and ongoing monitoring. It should be used with clinical examination and other relevant tests.

Ask to see scans that match your clinic’s common cases. Review scan capture, staff workflow, report layout, progression tools, export options, patient setup, service process and training. Use real clinic scenarios where possible.

The service schedule depends on the manufacturer, model and clinic usage. Ask the distributor for the recommended preventative maintenance schedule, calibration process and service documentation.

Each option can be suitable. New equipment may provide the latest features and warranty coverage. Demo or second-hand equipment may suit smaller clinics or regional practices working within a set capital budget. The main points to check are condition, service history, software version, warranty, parts access and training.

No. OCT provides valuable structural imaging, yet it should be interpreted with clinical examination and other tests such as visual fields, fundus imaging, tonometry and patient history where relevant.