Nexcope NE620 microscope (DO-8601)
1277.34 £
Tax included
This modern biological microscope is designed for research in veterinary medicine, bacteriology, immunology, pharmacy, and other scientific disciplines, as well as for analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise focus matching between the camera sensor and the eyepieces. This is the first microscope in our range to feature an infinity-corrected optical system with objectives of 60 mm optical length.
Nexcope NE610 microscope (DO-8600)
990.98 £
Tax included
This modern biological microscope is designed for use in veterinary medicine, bacteriology, immunology, pharmacy, and other scientific fields, as well as in analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise focus alignment between the camera sensor and the eyepieces. The microscope uses an infinity-corrected optical system with precise coarse and fine focusing and a wide eyepiece field of view of up to 22 mm.
Evident Olympus Stereo zoom microscope SZX10, binocular, 10:1, 6.3-63x, 81 mm, SZX2-ILLTQ LED (87174)
7024.98 £
Tax included
The SZX10 stereo microscope delivers reliable performance at an attractive price point, making it ideal for routine examinations, fault analysis, and quality control. It is designed for dark-field and polarization microscopy and features a numerical aperture of 0.2, a 10:1 zoom ratio, and a Galilean optical system that minimizes distortion. The result is a natural, three-dimensional view of the specimen with excellent depth perception and precise color reproduction. The SZX10 is engineered to provide a completely natural view with outstanding stereoscopic depth and accurate color rendering.
Evident Olympus Stereo zoom microscope SZX10, trino, 10:1, 6.3-63x, 81 mm, SZX2-ILLTQ LED (87181)
7457.55 £
Tax included
The SZX10 stereo microscope delivers reliable, cost-effective performance for routine inspections, fault analysis, and quality control tasks. Designed for dark-field and polarization microscopy, it features a numerical aperture of 0.2, a 10:1 zoom ratio, and a Galilean optical system that minimizes distortion. Users benefit from a natural, three-dimensional view with excellent depth perception and precise color reproduction. The SZX10 is engineered to provide a completely natural image with outstanding stereoscopic depth and accurate color rendering.
Evident Olympus Stereo zoom microscope SZX16, trino ergo (SZX2-LTTR), 16.4:1, 8.75-143.75x, 60 mm, SZX2-ILLTQ LED (87199)
11056.56 £
Tax included
The SZX16 stereo microscope is designed for advanced research, materials science, quality control, and failure analysis. It combines ultra-high resolution with an exceptionally wide zoom range and versatile imaging modes, including dark field, fluorescence, and polarization. This powerful combination allows entire specimens—such as organisms or technical components—to be examined in detail, down to fine microscopic structures like individual cells or microdefects. The SZX16 provides the optical clarity required to observe, document, and reliably identify even the smallest details.
Evident Olympus Stereo zoom microscope SZX16, trino, 16.4:1, 7-115x, 60 mm, SZX2-ILLTQ LED (87175)
9343.57 £
Tax included
The SZX16 stereo microscope is engineered for advanced research, materials science, quality control, and failure analysis. It combines ultra-high resolution with an exceptionally wide zoom range and versatile imaging modes, including dark field, fluorescence, and polarization. These capabilities allow users to observe entire specimens—such as organisms or technical components—and seamlessly zoom down to fine microscopic details like individual cell structures or microdefects. The system provides the optical clarity required to observe, document, and reliably identify even the smallest features.