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The prosthetic eye’s lens directs light into the user’s eye when they gaze at a source of light. The eye’s internal temperature rises as a result of the concentrated light, reaching a level just above body temperature.
The pupil constricts in response to this temperature shift, which also stimulates the shape memory polymer. The pupil will dilate if and when the light no longer reaches the eye because the pupil’s temperature will once more decline to that of the body.
The Global Smart prosthetic eyes market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Prosthetic eyes have been 3D printed through Fraunhofer technology. A prosthetic eye developed via 3D printing can be created in a small portion of the time required by the traditional method, and the prosthesis that results from this procedure also appears more natural.
Cuttlefish: Eye, a piece of software from the Fraunhofer Institute for Computer Graphics Research IGD, uses algorithms that enable this. The study team in Darmstadt has created a special method to turn an image of the eye socket and a photograph of a healthy eye into a virtual representation in close cooperation with the British company Occupeye Ltd.
As a dependable online tool, this supports 3D printing. They are enthusiastic about this completely digital eye’s potential. This is the result of four years of collaborative technology creation between Moorfields Eye Hospital, the UCL Institute of Ophthalmology, Ocupeye Ltd, and Fraunhofer.
It anticipates that the upcoming clinical study will give them solid proof of this new technology’s worth and the difference it makes for patients. Without a doubt, it has the ability to shorten waiting lists. Ocular prosthesis are required whenever an eye has to be surgically removed for medical reasons, such as after a severe accident or a life-threatening condition like eye cancer.
The procedure for measuring each individual eye socket and creating the prostheses has essentially not changed for many years. The invasive moulding can be unpleasant and upsetting for kids, necessitating a lot of the time a general anaesthetic.
Waiting for several months adds to the patient’s already anxious situation as the product is then handcrafted, time-consuming manufactured. The new method uses cutting-edge 3D printing technology to greatly speed up production and give patients a quicker, better, and overall more comfortable experience.
