FRZ-1000 research grade video microscope

The FRZ-1000 research grade video microscope adopts a new Farnio infinite optical system design, and the product can be widely used in hardware, plastics, various metals LED、LCD、 Industries such as solar energy and semiconductors.

The FRZ-1000 research grade video microscope adopts a sturdy and durable aluminum alloy profile bracket to ensure the stability and reliability of the equipment during use. The FINIAL OPTICS optical system adopts a double-sided broadband coating process to ensure that the system can be clearly visible from low magnification to high magnification.

System parameters:

Breaking through the limitations of traditional zoom microscopes, it can be connected to an objective lens, effectively expanding the observation range, and has an optical magnification of 80X-450X

The zoom range is 8-45, and the zoom ratio is 1:5.6

Innovative use of single tube zoom adjustment, comfortable zoom, smooth and stable zoom process

● Adjustable zoom center with minimal center offset

Adjustable high brightness, long-life LED coaxial lighting can easily achieve bright field observation, and specially designed small aperture, high brightness circular LED lights can easily obtain dark field observation.

The ultra long working distance can easily handle samples with large surface undulations, especially suitable for high reflectivity surfaces, deep holes, and other lighting

Modular design, easy to install.

The coarse focusing mechanism of the focusing mechanism facilitates finding microscopic images in the shortest possible time, while the fine focusing accuracy is 0.001mm, which can make the focusing more precise. The XY axis moving platform can quickly locate the focus area, thereby improving work efficiency.

The system is equipped with FC-1000SU industrial digital camera, with 10 million high-definition image quality to ensure clear product details. The FinialView operating software can achieve photography, recording, measurement, counting, image stitching, depth of field expansion, 3D morphology, and generate statistical reports.