DMX1000 Extended-Depth-of-Field Microscope

Manji Optoelectronics DMX1000 3D digital optical microscope combines optics and an industrial HD camera for direct monitor imaging. Internal optical zoom meets magnification needs;motorized scanning generates3D profiles. For high-magnification/3D observation,metallography and precise dimensional measurement.

Biology; precision machinery manufacturing; electronics; semiconductors; materials science

Advantages: 1. Ultrahigh-definition image stitching: images are stitched while the microscope stage moves, producing wide-area panoramas over ≥100*100mm. 2. Extended-depth-of-field 2D/3D imaging and measurement: generates 2D planar images, 3D contour images, 3D height maps and 3D monochrome images. 3. Automatic objective switching: a motorized zoom head with an automatic turret changes objectives quickly and easily. 4. Particle statistics: accurately measures particle counts, sizes, shapes and distributions. 5. Intelligent inspection optimization simplifies operation and improves efficiency. Powerful measurement/imaging with dependable quality and technology. DMX1000 3D optical digital microscope: excellent focus stacking automatically captures images at different focus positions, then image processing and stacking precisely merge their focused regions into a high-definition all-in-focus image. This retains all surface details and faithfully restores surface relief for more realistic, spatial observation. Ultrahigh-definition stitching: multiple images produce a highly magnified wide-area view. Coordinate-based stitching yields reliable images. Acquisition and stitching occur simultaneously: as the sample moves, the camera continuously captures subimages and algorithms join them seamlessly into a larger, complete image. While stitched-image dimensions approximately follow stage displacement, subimages retain the maximum CMOS pixel values. Enlarging the stitched image does not reduce individual subimage resolution, preserving overall quality. Excellent optical technology produces realistic images of minute samples; excellent measurement technology measures them accurately. Autofocus and focus navigation simplify precise measurement. Comprehensive traceability provides reliable, trustworthy results. 2D measurement: point-to-point, point-to-line, parallel-line, angle, area and other functions, with Excel export. Font size, line color and unit displays are customizable. 3D imaging/measurement and intelligent analysis: micrometer-level accuracy, automatic measurement and output improve inspection efficiency. Measures point-height differences and height extrema; profile distances, angles and arc radii; protrusion/depression volumes and surface areas; line and areal roughness. Multiple observation methods: the DMX1000 3D microscope's standard optical head offers brightfield, oblique, darkfield, MIX, polarization and differential-interference observation with easy switching; the infrared head penetrates silicon substrates to view internal semiconductor circuits. Multiple image displays: switch imaging modes with one click after acquisition. Fast autofocus: DMX1000 intelligently adjusts focus quickly and accurately to capture every detail, producing clear, high-quality images of biological samples or material structures. Navigation maps: large samples can generate a map; clicking anywhere moves the stage to that location. Roughness: DMX1000 provides noncontact line/areal roughness measurement under ISO 4287:1997 and ISO 25178-2:2012 respectively. The software analyzes surface texture in diverse applications using collected topographic data. Cross-field measurement: DMX1000 simplifies large-dimension measurement; specifying two points across fields quickly and precisely measures their separation. Automatic objective switching: a motorized zoom head with automatic turret changes objectives quickly through the control panel or computer. Easily changed objectives and adjustable settings improve ergonomic speed and comfort. Precision measurement tools ensure accurate results: measurements recover actual sample data, and rigorous tools reflect brand quality. Increasing miniaturization and precision in modern manufacturing require accurate XY-plane and Z-direction measurements. The DMX1000 3D microscope body uses a precision XYZ base of granite plus precision cast aluminum, a motorized stage and motorized Z axis, XY travel ≥200mm*200mm for 8-inch wafers, and a high-precision 0.1-micrometer grating encoder. High-precision grating encoder. Easier motorized focusing controller: DMX1000 3D uses an independent three-speed focusing and encoder-zeroing controller, avoiding manual-adjustment inconvenience and simplifying focus and dimensional measurements. Auxiliary focus module: focus navigation reduces operator-to-operator height differences and measurement time, improving efficiency. Multiple illumination modes: DMX1000 combines coaxial epi-illumination, coaxial sheet illumination, ring, segmented-ring, mixed and transmitted illumination, supporting flexible observation of samples with different properties. Proprietary measurement software, simple and powerful: DMX1000 3D offers user-configurable testing preferences. A motorized changer automatically recognizes magnification, reducing manual-selection errors and enabling precision measurement even of complex shapes. InSlight 3D software interface.