Leica DM 2500 Binocular Optical Microscope with Phase Contrast and Fluorescence Capabilities

The Leica DM 2500 is a precision binocular optical microscope designed for advanced applications in biotechnology, molecular diagnostics, and biomedical research. Featuring a six-position turret fitted with four Nikon plan phase objectives (10x/0.25, 20x/0.4, 40x/0.65 oil, 100x/1.25 oil), it supports detailed cellular and tissue imaging essential for synthetic biology and bioprocessing workflows.

Key technical features include:

• Nikon 10x/26.6 eyepieces ensuring sharp, ergonomic viewing for extended microscopy sessions
• Phase contrast condenser with iris diaphragm and filter holder, facilitating contrast enhancement in transparent biological samples
• Mechanical stage optimized for right-handed users, improving sample maneuvering during live-cell imaging and fluorescence analysis
• High-performance LED illumination delivering stable brightfield, differential interference contrast (DIC), and phase contrast imaging, with constant color temperature at varied light intensities
• Fluorescence module with Zero Pixel Shift technology enhancing signal precision crucial for molecular biology research and gene editing assays
• DIC phase contrast polarizing tube for the examination of anisotropic specimens and birefringent materials common in biotechnology and materials science

This refurbished microscope is widely adopted in synthetic biology research and critical in biopharmaceutical production pipelines for detailed visualization of cellular components. Its robust optical system and superior Leica-class objectives provide reproducible, high-resolution images vital for diagnostics, neuroimaging, and cell imaging applications. The Leica DM 2500 is a reliable instrument supporting high-throughput laboratory environments requiring consistent optical performance and versatility.

Included is a comprehensive user manual to facilitate seamless integration into molecular cloning workflows and various biomanufacturing research settings.