Digital Slit Lamp Haag Streit Type

The Digital Slit Lamp Haag Streit Type manufactured by Glass Agencies under the brand EROSE is an ophthalmic examination instrument used for close observation of the anterior structures of the human eye. This system assists in examining areas such as the cornea, iris, anterior chamber, eyelids, conjunctiva, and lens with magnified visualization and controlled illumination. It is commonly used in eye hospitals, clinics, optical centres, and academic institutions where careful assessment of ocular structures is required. This slit lamp follows the well-known Haag Streit style optical arrangement which supports stable alignment and smooth mechanical movement during eye examination. The binocular microscope allows a stereoscopic view, helping the examiner observe fine structural details clearly. Multiple magnification settings allow closer inspection of different eye tissues so that visible changes, infections, or abnormalities can be identified during routine ophthalmic evaluation. The illumination system produces a narrow beam of light that can be adjusted in width, angle, height, and brightness according to examination needs. This focused beam allows the examiner to study different layers of the eye by directing light from various angles. The observation unit moves smoothly through a joystick control mechanism which assists in guiding the microscope in forward, backward, and lateral directions for accurate positioning during examination. The integrated digital imaging system allows the capture of high-quality photographs and video recordings of the eye structures. These visual records can be stored for documentation, study reference, and case discussion. Digital viewing also helps explain examination findings to patients by displaying clear images on a connected monitor. Patient positioning is supported through a comfortable chin rest and forehead support that help maintain proper alignment during the examination process. The stable base and balanced structure allow controlled movement while observing different parts of the eye. The instrument structure is suitable for regular use in busy ophthalmic examination rooms.