Dr.Onic Mobile Adaptor for Slit Lamp Microscopes,Compatible with All Android and I Phones

Product Information

There are other parameters to consider for better pictures, like the sensor size and the quality of the slit lamp. The iPhone slit lamp adapter has a 10X ocular so that it won’t affect the quality of the picture.

The settings. Very importantly, this camera also comes loaded with smart optical image stabilization (OIS). OIS is important, as the technology reduces the blurring caused by the motion of a camera during exposure. (Recent Samsung smartphone cameras come with OIS, as do iPhone models 6 Plus and 6s Plus and higher.) How did we live without these? From Internet searches, voice activated texting, and instant messaging for personal use, smartphones now have apps tailored to most professions. The slide-in adapter is not just a metallic empty tube; it’s a 10x ocular itself. It will give the best picture quality.We might think that due to the growing popularity and quality improvements on smartphone cameras, they are the best option for slit lamp examination. Still, most of the time, it will be faster and more convenient to dedicate a compact camera. As a fundus camera without hardware attachments, ie, smartphone indirect ophthalmoscopy Image Transfer Device The sponges are then glued together using super glue using two to three pieces of sponge to form Section A and one piece of sponge to form Section B (Refer Figure 3, Picture No. 5–7). Attach the glued sponge to slit lamp after it is dry (Refer Figure 3, Picture No. 8).

Hardware attachments for smartphone fundoscopy have been developed with built-in optical devices to image the retina without any external equipment. Giardini et al8 recently reported on a new adapter for the Samsung (Ridgefield Park, NJ) Galaxy S III smartphone, which is a low-cost alternative to a direct ophthalmoscope and can capture high-quality fundus images, including the optic nerve ( Figure 4). The availability of smartphones has been increasing in the United States and worldwide over the last decade. It is estimated that approximately 60% of adults in the United States have a smartphone, 1 and similar growth has been seen in many other parts of the world. On a daily basis, most ophthalmologists will have access to these devices, which provide a platform for capturing and sharing ophthalmic clinical images. Lord, R.K.; Shah, V.A.; San Filippo, A.N.; Krishna, R. Novel uses of smartphones in ophthalmology. Ophthalmology 2010, 117, P1274.E3. [ Google Scholar] [ CrossRef]

Conflicts of Interest

EyeWiki. Smart phoneography — How to take slit lamp photographs with an iPhone. Available at: http://eyewiki.aao.org/Smart_Phoneography_How_to_take_slit_lamp_photographs_with_an_iPhone. Accessed March 25, 2015. Akkara, J.D. Commentary: Dawn of smartphones in frugal ophthalmic innovation. Indian J. Ophthalmol. 2018, 66, 1619. [ Google Scholar] [ CrossRef]

I used to use a Nikon D800 with a 105mm f/2.8 macro lens,” he says. “I would take pictures of the patient’s eye using that camera and then I would have to take the card out, upload it, and put it into my computer records. There were lots of friction points.” You’ll find an interesting discussion: Why did Apple use an 8-megapixel camera in the iPhone 6 and iPhone 6 Plus?If you are a curious person, then by now, you have been trying to take pictures through your slit lamp with your iPhone, right? Patient will be explained of the anterior segment photography and consent will be taken. Ease of Referrals Figure 1. Right and center images show iPhone fundus photographs of right and left eye aken through a slit-lamp ocular with a 78-D lens. Right image shows an iPhone indirect photograph taken using a 20-D lens. Inset, upper right, shows method of capturing indirect fundus photograph with iPhone, penlight, and a 20-D lens.