Leica MZ9.5

The Leica MZ95 high-performance stereomicroscope features an advantageous 9.5:1 zoom ratio and magnifications up to 480x. The high resolution up to 300 line pairs per millimeter, extremely high image contrast, and amazing sharpness offer the ultimate in image fidelity and data transfer for critical inspection applications.

Key Features

• High-performance stereomicroscope with 9.5 : 1 zoom
• Magnifications up to 480x
• Resolution up to 600line-pairs / mm
• Field diameters up to 104mm
• ZeroStat antistatic coating
• Widest range of ergonomic accessories
• Motor focus for repetitive tasks
• High contrast achromatic, planachromatic and planapochromatic objectives
• 360°-rotatable optics carrier
• Stereoscopic or vertical observation
• Fluorescence (GFP) illumination
• Digital imaging systems, image management software, integrated analog video camera

Detailed Description

The 1.0x planachromatic objective has a long working distance of 81mm. The three-dimensional imaging allows highly topographical, as well as flat specimens, to be observed. The 1.0x planapochromatic objective delivers unbeatable color correction and faithful reproduction of the finest details. The Leica MZ95 is ideally suited for observing transparent, low-contrast objects commonly found in medicine and biology applications, and meets all specifications relating to quality and inspection functions. Because of its modular design, its complete range of accessories, and the widest ergonomics program on the market, the Leica MZ95 accommodates the needs of various users and meets the demands of various applications. Leica Microsystems offers the widest range of observation tubes and ErgoModules™. This means that the Leica MZ95 adapts to every user in any situation, providing fatigue-free working with relaxed body posture and head position.

Leica Microsystems offers a complete and modular system for professional recording, archiving, analyzing, and processing of electronic images, irrespective of whether the microscopical technique involves incident or transmitted light, or fluorescence. The digital imaging systems provide customized, future-oriented solutions that meet the toughest demands for all applications in research, development and industry.