SEIZET Technology(Shen Zhen) Co.,LTD.
Entropy Technology's optical advantages and excellent underlying algorithm capabilities build a cross-scenario application platform.
-Sub-millimeter level: laser structured light 3D camera, digital speckle 3D camera, anti-ambient light, used in disorderly grasping, cutting and welding guidance;
-Sub-micron level: line spectrum confocal 3D imaging, ultra-high precision, used in semiconductor and 3C inspection;
-Nano-level: super-resolution, confocal, holographic microscopy, can observe single molecules and single cells, used in biomedicine.
The structured light camera independently developed by Entropy Technology is divided into laser structured light and LED structured light. Among them, the laser structured light 3D camera has the characteristics of large field of view, high precision, and strong adaptability to changes in ambient light. It is mainly used for large field of view 3D vision guided robots, disorderly grasping of irregular and irregular parts, and cutting grooves to highlight point cloud details And sharp edges; LED structured light industrial 3D camera, small size, light weight, format can be customized, easy to install at the end of the robot arm, mainly used for the disorderly grabbing and sorting of more regular parts.
Learn moreUsing the spatial coding structured light technology and binocular stereo vision technology based on the principle of digital speckle, only one pattern can be projected to complete the perception of complex shapes. It is suitable for scenes such as de-stacking, sorting of turnover boxes, and large plank grabbing.
Learn moreThe 3D line spectrum confocal sensor is used to measure the thickness, flatness, micro-topography, micro-defects, warpage, etc. of objects. It is suitable for various high-precision measurement scenarios, such as high reflection, mirror surface, transparency, bending, tilt, Diffuse reflection, color, roughness, high contrast, can also measure the thickness and voids of transparent coatings. SZ-Spec series line spectrum confocal 3D imaging system is mainly used to solve the problem of 3D contour precision measurement, and meet the measurement and inspection needs of semiconductor, 3D glass, precision dispensing, precision parts and so on.
Learn moreBreaking through the dimensional limitation of traditional optical imaging, ultra-high resolution microscopic imaging can be achieved from multiple dimensions such as three-dimensional space, time and spectrum, and it is widely used in the fields of life sciences such as gene sequencing and clinical pathology.
Learn moreThe software and hardware of the confocal microscopy imaging analysis system adopt modular design, the hardware integrates SIM super-resolution module, and the software supports multiple post-processing functions, so as to provide accurate 2D/3D imaging and dynamic process imaging. At present, confocal and super-resolution optical paths share the light source collimation part, objective lens part, and focus imaging part.
Learn moreThe miniaturized holographic microscopic imaging system realizes digital focusing by simulating the diffraction propagation process of the object light wave, and can obtain the amplitude and phase image of the sample from a single hologram, and has real-time imaging capability.
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