GRINlens

This laser module uses Powell lenses. Powell lenses is an optical scribing prism, which makes the laser beam pass through and scribes into a straight line with uniform optical density, good stability and good linearity. Powell lenses scribing is better than the scribing mode of cylindrical lens, which can eliminate the central hot spot and faded edge distribution of the Gaussian beam.

[Specification] Product Name: 520nm laser module Wavelength: 520nm Output Power: 10mW / 20mW / 30mW (Choose) Laser Shape: Line Fan Angle: 10° / 30° / 45° / 60° / 90° (Choose) Supply Voltage: 5V Operating Current: 40mA Material: Aviation Aluminum Size: 12*55 mm (Adjustable focus) Working Distance: 1-2 meters Service Life: 8000 hrs

Cylindricallens

[Features] 1. The brightness distribution is uniform. 2. The line width can be adjusted. 3. Constant current intelligent feedback control circuit. 4. High efficiency and high transmittance optical system. 5. High stability and long service life.

The OCT allows for detection of other diseases such as macular holes, hypertensive retinopathy and even optic nerve damage.  Using an OCT allows for early treatment in patients and dramatically improves the success of these treatments, especially in diseases such as wet macular degeneration – where the eye disease progresses rapidly.

Laserlinepowell lens

Optical Coherence Tomography (OCT) is a non-invasive diagnostic instrument used for imaging the retina. It is the technology for the future because it can enhance patient care. It has the ability to detect problems in the eye prior to any symptoms being present in the patient. With an OCT, doctors are able to see a cross section or 3D image of the retina and detect the early onset of a variety of eye conditions and eye diseases such as macular degeneration, glaucoma and diabetic retinopathy (the top three diseases known to cause blindness).

The OCT has become the standard of care for the assessment and treatment of most retinal diseases, it is similar to a CT scan which is used to image internal organs inside the body.  The OCT uses an array of light to rapidly scan the eye.  These scans are interpreted and the OCT then presents an image of the tissue layers within the retina.  These layers can be differentiated and their thickness measured.  By comparing the thickness of the layers measured by the OCT scan against the normal thickness of healthy retinal layers, eye doctors can determine which retinal disease or eye condition exists in the eye, even before the patient is aware of any problems.