EVO 350 Zeiss Type 5 Step LED

Glass Agencies presents EVO 350 Zeiss Type 5 Step LED Slit Lamp, developed to support detailed ophthalmic examination and accurate evaluation of anterior segment structures. This slit lamp follows the Zeiss-type optical configuration, allowing clear and well-defined visualization required for routine and advanced eye assessments. The 5 step magnification system enables users to select different levels of enlargement, supporting precise observation of cornea, iris, lens, and related ocular areas. The optical system is carefully structured to maintain sharp image clarity and true color representation, assisting in effective clinical analysis. The LED illumination system provides bright and uniform light, ensuring consistent visibility while generating minimal heat during extended usage. The light intensity can be adjusted smoothly, allowing better control according to examination needs. The slit mechanism allows variation in beam width and height, helping focus on specific sections of the eye with improved accuracy. The binocular viewing system is designed to provide a comfortable viewing angle, reducing strain during prolonged examinations. The base unit is mounted on a stable platform that ensures smooth movement and steady positioning throughout the procedure. The joystick control allows fine adjustment of the slit lamp position, enabling precise targeting of the examination area. The construction is strong and well-balanced, supporting long-term use under regular clinical conditions. Glass Agencies ensures strict quality inspection of each EVO 350 Zeiss Type 5 Step LED Slit Lamp to maintain consistency and dependable performance. The system is suitable for hospitals, eye care centers, and ophthalmic clinics. Its compact design allows convenient placement in examination rooms without occupying excessive space. Glass Agencies focuses on delivering ophthalmic equipment that supports efficient workflow and accurate results. Choose Glass Agencies EVO 350 Zeiss Type 5 Step LED Slit Lamp for clear visualization, stable operation, and smooth handling, supporting effective eye examination and reliable clinical evaluation across modern healthcare environments without unnecessary complexity or operational difficulty.