Leica ATC 2000 Microscope: Optical Performance and Reliability for Scientific Education
The Leica ATC 2000 microscope is specifically designed for educational and laboratory environments that require reliable, precise equipment suitable for regular use. It offers a combination of optical and mechanical features that make it ideal for examining biological specimens under transmitted light.
This model stands out with its infinity-corrected optical system, ensuring consistent image quality even when intermediate accessories are added. Achromatic and plan-achromatic objectives provide a clear and uniform field of view, suitable for various observation techniques, including brightfield and phase contrast microscopy. Objective parfocality and centering ensure smooth transitions between magnifications, reducing the need for frequent adjustments.
The ATC 2000 features a stand with an integrated 6V/9W halogen illumination system controlled by a rheostat, and a field diaphragm to optimize brightness. Its Abbe condenser or phase turret condenser, equipped with an iris diaphragm, enables precise adjustment of numerical aperture. This allows users to tailor illumination according to the selected objective and observation requirements.
The microscope is available in monocular, binocular, or trinocular versions, with interpupillary distance adjustment that preserves parfocality. The left eyepiece is compensable to account for refractive differences between the eyes. Coaxial coarse and fine focusing knobs ensure smooth, stable, and precise manipulation.
Built for durability, the Leica ATC 2000 is made from high-quality materials and features an easy-to-clean finish. It requires minimal mechanical maintenance, aside from occasional lubrication of the condenser slider. Optical components are protected with a dust cover when not in use and can be cleaned using gentle cleaning solutions.
Compatible with a wide range of accessories (photo tube, colored filters, transport case), the ATC 2000 can be configured to suit both teaching and research needs. Its adaptability and precision make it ideal for cellular analysis, histological sections, or live specimen observation, while ensuring high-quality learning experiences for students.
