A while ago, my supervisor instructed me to choose a Leica microscope for the laboratory, but it was really frustrating for me. I had never done anything about purchasing equipment before, so I was really nervous. What should I do if I couldn't buy it properly? I don't know how to find suppliers, but I've been asking for help from a senior brother. He introduced me to a Leica agent, which was not bad. The customer manager was particularly responsible and considerate of me as a student. He came several times to learn about the materials we mainly use in our laboratory, the observation and analysis using Leica microscopes, the usage environment, budget, and so on. The big push made me a bit confused, Fortunately, after understanding everything, without saying a word, they sent me the configuration plan for the Leica microscope. Upon seeing it, they tailored it to our laboratory, and I had all the functions I needed, as well as being wealthy. I didn't expect it, but they listed all the equipment that would be used during the experiment. I was a bit excited to receive this configuration plan. When it comes to how to configure a microscope, it's still more professional for someone else's agent. We only know what we want to do and what functions we need, but as for how to achieve it, it's still better for our agents to know.


No, please show the plan to the supervisor. After the supervisor sees it, they have no objections and can directly make a decision. Just place an order for this one as soon as possible because the price is much lower than the budget, and it's just one device that can be purchased without bidding. After placing the order, the equipment will arrive within a month. After installation and debugging, try it out, and the Leica microscope will be easy to use. My uneasy heart has finally settled down!

    Firstly, it is flexible and cost-effective to use. The DM2700 M manual upright Leica microscope is one of the more economical Leica metallographic microscopes and is very affordable. However, the imaging quality is not significantly different, and LED lighting is used in all comparison methods: bright field (BF), dark field (DF), differential interference difference (DIC), qualitative polarization (POL), or fluorescence (FLUO) applications. It also provides built-in inclined lighting, which can improve the visibility of surface morphology and defects, and can also assemble transmission optical axes according to the situation. Looking at the image quality in the above image gives you a deep experience, and you can see it clearly.

    Secondly, I checked the observation samples and felt not tired at all, it was very easy. Although laboratory work requires the use of a microscope for a long time, the Leica microscope's upright ergonomic design can really help prevent muscle tension and fatigue. This is a firsthand experience that is indeed more comfortable and labor-saving than other microscopes.


Once again, the intuitive operation of this Leica microscope allows even less proficient students to quickly grasp the operating steps and use them more smoothly. There is also a coding color ring assistance system that provides guidance during user work, which can effectively reduce errors.


After every experiment, I couldn't help but say that the Leica microscope is really good, it's customized for us!