MT-40 gold microscope

The MT40 gold microscope is a optical detection device developed for high-end manufacturing and research, including semiconductor industry, silicon manufacturing, electronics information industry, metallurgical industry, medical testing, scientific research, etc. As a high-end gold microscope user, it is able to experience its excellent image effects and a clear microworld with a high multiplier. The MT40 microscope is widely used in semiconductor development and manufacturing, FPD, circuit sealing, circuit boards, materials, casting/metal/porcelain components, and precision moulds. This instrument uses high-power LED lights; it has both reflect and see-through lighting. In the light of reflection light, light field observations and DIC observations and photometric observations are possible. I'll take a look at it under the light. The stabilization of high-quality optical systems makes the imaging clearer; the liner is better. Design that meets the requirements of human engineering; makes you comfortable and relaxed at work. The MT40 microscope is equipped with a sophisticated mobile carrier table; it allows smooth, fine mobile observation objects; it is high in level; and it avoids image blurry caused by tilt. The whole body uses alloy casting technology; the body is solid and stable; and it can effectively prevent video shaking caused by vibrations. Observation mirrors correspond to a 30-degree perspective of the human body; pupils ' distance is adjustable; and the body is not tired of long-term work. MT40 The gold microscope has multiple light-source filtered block installation holes; the output of different bands of light can be provided according to detection needs. The other equipment can be equipped with a DIC observation module; viewing the plate-guided particle state and density, etc. The needs for multiple industries can be met according to client needs; different lenses and modules can be configured. II. Features; 1. Use of mirror imaging techniques for the UIS high resolution, long-range and unlimited optical correction systems. 2. The reuse of mirrors has been expanded; infinity is compatible with all observation methods, including the light-and-dark vision method; and DIC provides high-resolution image quality in each observation method. 3. Use of non-spherical LED lighting; increase in observation brightness. 4. Support for long working distance gold phase mirrors. 5. Converters that may insert a DIC differential interferometry device. Support for deep synthesis. 7. Support for network image storage. 8. High-resolution HDMI cameras with large target surfaces; support for more than 50 measurement tools. 9. Support image comparison