Ocularist
Ophthalmic Laboratory Technician

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An ophthalmologist diagnoses and treats diseases, injuries and deficiencies of the eye. An ophthalmologist is a medical doctor who has undertaken additional specialist training in the diagnosis and management of disorders of the eye and visual system. An ophthalmologist is both physician and surgeon who diagnoses, treats and prevents diseases of the eye. The surgical work of the general ophthalmologist may include cataract extraction, squint and glaucoma surgery, retinal, oculoplastic and nasolacrimal surgery.

OSCA Codes

OSCA ID & Description: 264934: Provides diagnostic, treatment and preventative medical services related to diseases, injuries and deficiencies of the human eye and associated structures. Registration or licensing is required.

Alternative names: Eye Specialist, Eye Surgeon, Medical Ophthalmologist

Specialisations:

• Cataract and Refractive Surgery: Performs surgeries to remove cataracts and correct vision with procedures like laser surgery.

• Cornea and External Disease: Focuses on the cornea, sclera, and eyelids. This includes treating diseases, injuries, and conditions affecting the front of the eye.

• Glaucoma: Specializes in diagnosing and treating glaucoma, which involves managing the increased pressure inside the eye.

• Neuro-ophthalmology: Deals with vision problems related to the brain and nervous system, including optic nerve issues, double vision, and certain types of vision loss caused by conditions like multiple sclerosis or brain tumours.

• Ocular Oncology: Focuses specifically on eye cancers, such as melanoma of the eye.

• Oculoplastic and Orbital: Covers surgical and medical treatments for the eyelids, tear ducts, and the area around the eyes. It also includes cosmetic procedures and dealing with problems caused by tumours or injuries.

• Paediatric Ophthalmology: Focuses on eye conditions affecting infants and children, such as strabismus (misaligned eyes - squint) - below and amblyopia (lazy eye).

• Retina and Vitreous: Specializes in the diagnosis and treatment of the back of the eye, including conditions like macular degeneration and diabetic retinopathy.
  
  

Strabismus or Squint

(Source: Kids Eye Gear)

Knowledge, skills and attributes

An ophthalmologist needs:

• intellect to demonstrate thorough knowledge of ophthalmology and the inter-relationships between medical disciplines

• hand-eye dexterity

• to be detail oriented and well organised

• to be a team player with leadership capabilities

• to perform well under stress

• to be personable and patient

• able to communicate and empathise with patients

• to enjoy working with patients of all ages who are generally healthy with specific eye problems

• to like a patient mix of both surgical and medical problems
  

Protecting Vision in the Workplace: An Eye Health Toolkit for Employers, Trade Schools, and Labor Organizations (US) by Rachel July 17, 2025 (Source: EZ On the Eyes) Common Causes of Workplace Eye Injuries Understanding the origins of risks is the first step in protecting vision in the workplace.  The most common job-related eye hazards include: Flying debris and particles Common in industries like manufacturing, construction, and woodworking, airborne particles from tools, machines, or work surfaces can cause severe corneal injuries or vision loss. These risks often require ANSI-rated impact-resistant eyewear. Chemical splashes and spills Workers in janitorial services, laboratories, healthcare, or industrial cleaning face frequent exposure to harmful liquids. Acids, solvents, and disinfectants can cause irreversible eye damage. Splash goggles or face shields are critical in these environments. Radiation exposure Welders, dental technicians, and medical imaging personnel may encounter infrared or ultraviolet radiation that can cause cataracts or retinal burns. Specialized filtering lenses and shields are essential for these workers. Eye strain and dry eyes from screens In office and call centre settings, prolonged screen use leads to computer vision syndrome, a set of symptoms including dry eye and blurred vision. Blue light filtering lenses, screen positioning, and scheduled breaks can mitigate these effects, especially when workers are required to perform detailed computer-based tasks. Man wearing protective googles Editor's Note: There is more interesting details to this blog but note that it is from an Eye Contact company in the US.

Duties and Tasks

• Read patient's history

• Examine patients and determine whether surgery is necessary

• Consults with anaesthetists about the operation and the patient's treatment

• Gives instructions about preparing patients for operating theatres

• Performs and manages operations

• Provides instructions for post-operative care

• Monitors patients after surgery

• Keeps medical records and sends final reports to general practitioners

• May teach trainees

Working conditions

Ophthalmologists can work in operating theatres, out- patient clinics and increasingly in community care settings. There may be extensive periods when an ophthalmologist works in low level lighting.

There may be times when an ophthalmologist is required to work extra hours and be on-call although out of hours work is generally not as demanding as other specialities and night work is not typical.

Many ophthalmologists are also involved in scientific research into causes and cures for eye diseases and vision problems.

Tools and technologies

Ophthalmology continues to incorporate new technology including optical instrumentation, lasers and microsurgical instrumentation. The advances in technology, drugs and techniques have led to development of new process and a rapidly changing job role. 

Education and training/entrance requirements

Ophthalmology training equips eye specialists to provide the full spectrum of eye care, including the prescription of glasses and contact lenses, medical treatment and complex microsurgery.

To become an ophthalmologist, you must first become a qualified medical practitioner and then specialise in ophthalmology. These degrees usually take four years to complete. Entry requirements include completion of a bachelor degree in any discipline. You must also sit the Graduate Australian Medical Schools Admissions Test (GAMSAT) and attend an interview at your chosen institution.

In Australia and New Zealand, an ophthalmologist is required to have undertaken a minimum of 12 years of training, including:

• 5 years at a medical school, graduating with a degree in medicine,

• 2 years (minimum) as a newly qualified doctor undertaking basic medical training,

• 5 years of ophthalmic specialist training and successful completion of examinations set by the Royal Australian and New Zealand College of Ophthalmologists (RANZCO).

On completion of the postgraduate medical degree, you must work in the public hospital system for two years (internship and residency). To then specialise in ophthalmology, doctors can apply to the Royal Australian and New Zealand College of Ophthalmologists to undertake further training and ultimately receive fellowship.

Did You Know? What is the difference between an ophthalmologist, optometrist and orthoptist? All are eye care professionals, but only an ophthalmologist is a medically trained specialist. Optometrists (on separate page) Optometrists examine eyes, give advice on visual problems, and prescribe and fit glasses or contact lenses.  If eye disease is detected, an optometrist will refer patients to an ophthalmologist for further management. In certain circumstances, ophthalmologists and optometrists work collaboratively in the care of patients, especially those with chronic eye diseases. The typical training for an optometrist in Australia and New Zealand includes: 5 years at university leading to a degree in optometry. 1 year of pre-registration experience. Orthoptists (on separate page) Orthoptists are allied health professionals who are trained to diagnose and manage disorders of eye movements and associated vision problems. They are also trained to perform investigative testing of eye diseases. They work in a diverse range of settings, including hospitals, private practices, low vision and rehabilitation settings and research centres. Orthoptic training is undertaken in a 4 year Bachelor of Health Sciences/ Master of Orthoptics university degree. (Source: Australian Society of Ophthalmologists)

An ophthalmic laboratory technician, commonly referred to as an optical technician, is an eye wear specialist whose job it is to make prescription eyeglasses and contact lenses as well as lenses for binoculars and other optical devices. While many steps in the production process have been automated, there are some tasks that still require the expertise of a technician.

They fill prescriptions from ophthalmologists and optometrists, ensuring that the lenses refract light at the proper angle to permit optimal vision.

OSCA ID: 399935
  
Alternative names: Opthalmic Laboratory Technician, Optical Technician, Ophthalmic Technician, Ophthalmic Medical Technologist, Optical Mechanic,

Specialisations: You may also specialise in making, servicing or repairing binoculars, telescopes and scientific optical equipment.

Knowledge, skills and attributes

To become an opthalmic laboratory technician, you would need:

Rodenstock’s DNEye technology has been available in Australia since 2018 and is used for high-precision 3D eye measurement
(Source: Insight News)

Duties and Tasks

Working conditions

As as ophthalmic laboratory technician, you would usually work a standard number of hours per week.

You would be based in a laboratory. You would handle some solvents and chemicals and wear necessary protective clothing and equipment.

Tools and technologies

• Cut, polish and grind lenses using specialist tools
• Use a coating machine to add protective or other coatings to lenses

  
AHS Careers -- Ophthalmic Medical Technologist
https://youtu.be/yyLY6IDfi98

Education and training/entrance requirements

To become an opthalmic laboratory technician you would usually have to complete a VET qualification in Optical Technology.

You could also become an opthalmic technology technician by gaining a traineeship in optical technology. Generally, employers require a senior secondary school certificate or equivalent. English, maths and physics would be appropriate subjects to study at school.

Employment Opportunities

Employment of opthalmic laboratory technicians is projected to grow faster than the average for all occupations.

Because vision problems tend to occur more frequently later in life, an ageing population will lead to more people wearing corrective lenses, and therefore greater employment opportunities for opthalmic laboratory technicians. The frequent use of computers and hand-held technology devices is also leading to more vision problems which need to be corrected in younger people.

The joy of being an ophthalmic technician
https://youtu.be/qgyt5JqBjLA

Ocularists combine medical expertise with artistic skills to craft prosthetic eyes, boosting confidence in individuals who have lost an eye. An ocularist is a trained and certified specialist who creates and fits ocular prostheses, or artificial eyes, for patients who have lost an eye due to surgery, disease, or trauma. Ocularists design prosthetic eyes that are the same size, shape, and colour as the patient’s natural eye, combining artistic skills with medical expertise.

They also make sure the prosthesis fits comfortably. Besides crafting the artificial eye, ocularists instruct patients on proper care and maintenance, offering regular follow-up appointments.

To become an ocularist, you need specific education and hands-on training, starting with high school and continuing through a formal apprenticeship.

Essential skills include attention to detail, creativity, and compassion, which help ocularists craft eyes that look real and support patients. Ocularists enjoy strong career prospects in Australia and US, with experienced professionals found in hospitals, special clinics, or private offices.

An orbital prosthesis is made from silicone and can have a handmade or 3D printed ocular prosthesis put in it
(Source: ABC News)

OSCA ID: 262931

Alternative names: Prosthetic Eye-Maker, "Glass-Eye" Maker,
  
Specialisations - AI generated

• Paediatric Ocularistry:
     
  Focus: Managing infants and children born with congenital eye conditions like anophthalmia (absence of one or both eyes) or microphthalmia (abnormally small eyes).
  Technique: Requires fitting serial conformers (progressively larger prostheses) to encourage and stimulate natural growth of the soft tissues and bony eye socket.

• Scleral Shell (Cosmetic) Fitting
    
  Focus: Fitting thin, custom-made prosthetic shells over a blind or disfigured natural eye (often due to trauma or end-stage disease) without requiring surgical removal.
  Technique: Requires balancing cosmetic restoration with high sensitivity, as the success of the wear depends heavily on the cornea's tolerance.

• Orbital & Maxillofacial Prosthetics
     
  Focus: Complex cases where patients have undergone exenteration—the surgical removal of the eye, eyelids, and surrounding orbital tissues (often due to severe cancer).
  Technique: Involves creating combined ocular and facial prostheses that span beyond the eye socket to restore structural facial symmetry.

• Digital Ocularistry & 3D Imaging
     
  Focus: Utilizing cutting-edge technology to accelerate and enhance the precision of the prosthetic-making process.
  Technique: Incorporates high-resolution digital photography and 3D printing (such as printing high-definition digital irises) to complement traditional hand-painting techniques.

• Material Sub-Specialties
     
  Focus: Specializing in specific polymers and biocompatible materials.
  Technique: While medical-grade acrylic resin is the industry standard globally, some ocularists sub-specialize in using medical-grade silicone or cryolite glass, requiring entirely different heating, moulding, and curing techniques.
  

The Role of Ocularist in the Management of Congenital Anophthalmia and Microphthalmia Congenital anophthalmia is a condition of eye abnormality which is characterised by the absence of one or both eyes. Having a prosthetic eye helps the child look normal but also helps with the development of the eye lids as s/he grows. (Source: Vision Science Academy)

Knowledge, skills and attributes

• Attention to detail: An ocularist must ensure the artificial eye looks real by meticulously matching its size, colour, and shape to the natural one.

• Artistic abilities: Ocularists with creative ability are better equipped to paint and construct the prosthetic eye so that it resembles the natural eye.

• Technical proficiency: It’s essential that you use specialized tools and materials correctly while making and fitting the artificial eye.

• Empathy and strong communication: By understanding patients’ emotions and providing a thorough explanation of the surgery, the ocularist may help patients adjust to their new prosthetic eye.
  

(Source: ABC News)

Duties and Tasks

An ocularist helps people who have lost an eye regain a sense of comfort, confidence, and normalcy by creating and fitting artificial eyes. Their work combines medical knowledge, artistic skill, and compassionate patient care to restore a natural appearance and improve emotional well-being.

With skilled artistry and ongoing patient care, ocularists significantly contribute to restoring confidence and improving overall well-being. Their key duties include:

• Designing and crafting artificial eyes: Ocularists use specialized tools and materials to create prosthetic eyes that look realistic. They carefully shape and paint each one so it looks as close as possible to the patient’s natural eye.

• Customizing ocular prosthetics to match appearance: Since each person’s eyes are different, the ocularist ensures that the artificial eye’s colour, size, and shape complement the natural eye. This helps the prosthesis blend seamlessly and appear natural.

• Fitting and adjusting prosthetic eyes: The ocularist inserts the prosthetic eye into the patient’s eye socket and ensures a proper fit. They make any necessary adjustments to improve comfort and appearance.

• Providing patient consultation and care: Ocularists guide patients through the process, answering questions and explaining what to expect. They teach patients how to care for their prosthetic eye and maintain hygiene, offering regular follow-up appointments to ensure ongoing comfort and condition.
  

It takes about 24 hours to painstakingly craft and paint a prosthetic eye with much care taken to individualise each prosthesis. (ABC News: Chris Gillette). (Source: ABC News)

Working conditions

Ocularists can work in a variety of settings, including private practices, hospitals, clinics, and specialized prosthetics labs.

Tools and technologies - AI generated

Creating artificial eyes requires hours of painstaking work by a specialist artist. But researchers in Queensland are now trialing 3D printed prosthetic eyes in the hope of producing them more quickly and accurately.

Ocularists rely on a unique blend of traditional artistry and advanced technology to design, fabricate, and fit custom ocular prosthetics (artificial eyes). Their toolkits bridge the gap between medical device manufacturing, digital imaging, and fine art.

•  Assessment & Impression Tools
  
  Ophthalmic Instruments: Tools like slit lamps and diagnostic lenses are used to assess the health of the eye socket and surrounding lids.
  
  Impression Materials: Ocularists use medical-grade alginate or silicone to capture an exact, reverse-mould impression of the patient's socket.
  
  Conformers: Temporary, fitted plastic shells worn by the patient post-surgery to maintain the shape of the socket while the prosthesis is being made.

•  Manufacturing & Fabrication Technologies
  
  Polymethyl Methacrylate (PMMA): This medical-grade acrylic polymer is the industry standard for the scleral (white) base due to its durability and biocompatibility.
    
  Lab Equipment: Ocularists use dental flasking units, hydraulic presses, and steamers to pack and cure the acrylic resin into durable, solid forms.
    
  Polishing Lathes: High-speed bench lathes with various buffing compounds are used to achieve a flawlessly smooth, mirror-like finish, preventing friction and irritation in the socket.

•  Artistry & Detailing Tools
  
  Fine-Tip Brushes & Pigments: Medical-grade, oil or acrylic-based paints are used to meticulously hand-paint the iris, matching the colour, depth, and striations of the patient's fellow eye.
  
  Synthetic Fibres: Ultra-fine nylon or silk threads are used to replicate the appearance of capillaries and blood vessels on the sclera.

•  Digital Innovation & 3D Printing
  
  3D Scanners: Handheld lasers and optical coherence tomography (OCT) devices are increasingly used to scan the socket, completely skipping or supplementing traditional impression moulding.
  
  Digital Mirroring & Printing: Digital photographs of the healthy eye are mirrored to create textured 3D models. Multi-material 3D printers can now automatically print the sclera, iris, and pupil in accurate, full-colour dimensions, speeding up production and making replacements easy.
  
  Digital Painting Software: Some digital ocularists utilize tablets and 3D modelling programs to digitize the iris before finalizing the physical print.
  

Article to read: ABC News 23 June 2023: The new 3D printing technology revolutionising artificial eyes for patients.

Local copy

The new 3D printing technology revolutionising artificial eyes for patients | ABC News 2023
https://youtu.be/xtFhAUYPDp4?si=LJstxMUy8uoK1q7Q

Education and training/entrance requirements

There is no government regulatory hurdles to clear before being able to act as an ocularist in Australia and no requirement to be a member of an Ocularist Association.

Because the ocularistry industry in Australia does not have formal university or TAFE courses and remains largely unregulated, checking for membership with the OAA is the best way to verify a practitioner's qualifications and adherence to a strict Code of Ethics.

Ocularistry is a highly specialised clinical skill learned through structured supervision and mentorship rather than short courses or theory alone. Designing, fabricating, and fitting ocular prostheses requires hands-on training alongside experienced practitioners, where clinical judgement, anatomical knowledge, and technical precision are developed over time.

Would-be ocularists typically learn the craft by spending about five years training.

(Source: ABC News)

Employment Opportunities

Ocularists can find employment in various settings, each offering unique opportunities to apply their specialized skills.

• Hospitals and medical clinics: These facilities frequently include oculoplastics units where ocularists collaborate with ophthalmologists, optometrists, and other eye care professionals to deliver comprehensive eye care services.

• Specialized prosthetics centres: These dedicated facilities focus on the creation and fitting of prosthetic devices, allowing ocularists to concentrate solely on ocular prostheses.

• Private ocularist practices: Some ocularists establish their own practices, offering personalized services and building long-term relationships with patients.

Alastor 'Mad-Eye' Moody Alastor 'Mad-Eye' Moody was a famed Auror, well respected for his impressive skills in his field. So nicknamed due to his detachable eye that gave him magical advantages, Moody often employed the uses of Dark Detectors such as Sneakoscopes or Foe Glasses to give himself the upper hand. Following many years of tracking down the most dangerous wizards, he had become very careful about security, bordering on paranoid. His intense knowledge of the Dark Arts made him a perfect candidate for the Defence Against the Dark Arts post at Hogwarts… or so we thought. In later books, Moody was an integral member of the Order of the Phoenix, where he helped lead the cause against Lord Voldemort alongside fellow Aurors, including his protégé, Nymphadora Tonks. (Source: Harry Potter) A fake eye belonging to Alastor 'Mad-Eye' Moody, the enchanted device had an electric blue iris and could rotate 360 degrees in the wearer's head. The eye was able to see through anything, including the back of Moody's own head and even invisibility cloaks, and was the reason that Moody became known as 'Mad-Eye.' Useful for its defensive properties, the eye was valuable to others who wished for the extra level of protection, but ultimately it only functioned properly for its rightful owner. (Source: Harry Potter) What did his Ocularist do incorrectly?

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