Used ZEISS / JENAVERT InterPhako #9239227 for sale

ZEISS / JENAVERT InterPhako is an advanced microscope developed by Carl ZEISS Jena that offers superior imaging performance and superb optical design. This microscope has two body styles. The first is ZEISS InterPhako V which offers high-performance features in a compact form factor. It includes a variety of lenses, magnification options, and an ergonomic design. The second body, JENAVERT InterPhako S, provides users with more robust features including a larger working distance, higher numerical apertures, and a complete image field. The main features of InterPhako include: an illuminating equipment featuring a Brightfield/Darkfield Zoom Objective; an infinity-corrected optical system providing up to 40x improved depth of field; a wide range of magnification options, from 10x to 100x; and a dual feature turret that allows users to easily switch between magnification powers. The optical components used in ZEISS / JENAVERT InterPhako microscope deliver improved image clarity, color rendition, contrast, and resolution. The unit is equipped with high numerical apertures, color correction, and fluorescence filter capabilities offering excellent image detail. Its stages are designed with precision and smooth motion for accurate specimen orientation. Additionally, user-defined parameters are available to ensure the sophisticated features offer custom settings for each application. The microscope's articulating stand design provides increased versatility and maneuverability. This design allows users to shift from one observation point to another without needing to remove the slide from its original position. This model is also equipped with a coaxial yellow-light illuminating machine to offer enhanced view of three-dimensional structures. ZEISS InterPhako microscope offers superior image quality and features that make it suitable for a variety of microscopic applications. Its motorized and ergonomic design allows for efficient operation and user-friendly handling. Additionally, its features are designed to experience minimal instrument drift and maximize optical performance, making it an ideal choice for scientific research and quality assurance.