Fully Upgraded: MX-E1 Series Ultra-Depth of Field 3D Microscopic System!

The fully upgraded MX-E1 Series Ultra-Depth of Field 3D Microscopic System reshapes the micro-observation experience with groundbreaking technology! Equipped with a new-generation Ultra-Depth of Field Optical Engine, the depth of field has been increased by 40% compared with the previous generation. Even when dealing with uneven and complex samples, it can achieve full-focus clear imaging, eliminating the pain point of traditional microscopes where "only local areas are clear while the whole is blurred". The 3D reconstruction algorithm has been fully iterated, with the acquisition speed tripled – a high-precision 3D model can be generated in just 10 seconds, and the detail restoration reaches the nanometer level, making the three-dimensional morphology of microstructures intuitively presented.

In terms of hardware configuration, the MX-E1 Series is upgraded with a high-resolution CMOS sensor and apochromatic objective lens, with the spectral response range expanded to 400-1000nm, meeting the needs of bright-field, dark-field, and fluorescence observation. It adds intelligent auto-focus and stitching functions, supporting ultra-large field-of-view panoramic imaging. Combined with a modular design, it can flexibly adapt to multi-field applications such as industrial inspection, materials science, biomedicine, and electronic manufacturing – from micro-defect inspection of semiconductor chips, to internal structure analysis of composite materials, and 3D morphological research of biological tissues, it can provide accurate and efficient observation solutions.

The operation experience is more convenient: it is equipped with a touch-sensitive control panel and specialized analysis software, supporting the measurement, annotation, and export of 3D data, and compatible with various format archives. The body adopts a lightweight design with stronger stability, and is paired with a low-noise heat dissipation system to meet the needs of long-term continuous work. With the core advantages of "ultra-depth of field, high precision, and easy operation", the MX-E1 Series provides more powerful micro-observation support for scientific research and industrial production, ushering in a new paradigm of 3D microscopic technology!