Technology and R&D
Quality improvement of unfiltered holography by optimizing high diffraction orders with fill factor
360° display of 3D objects by cylindrical holography
CAS Microstar Launches New-Generation OS-SIM Microscope: Powered by Proprietary Phase-Type SLM to Pioneer a New Era of Live-Cell Imaging
In the fields of life sciences, medical research, and materials analysis, the pursuit of high-resolution, low-damage 3D imaging technology has long been a central goal for scientists. While traditional confocal microscopes deliver clear images, they are limited by slow scanning speed, strong phototoxicity, system complexity, and high cost—making them particularly inadequate for long-term live-cell observation.
Memory-free scattering imaging based on ultrafast convolutional neural networks
Spatial light modulator is a kind of dynamic component which can modulate the amplitude, phase and polarization state of incident light in real time under the control of external signal. The application of spatial light modulator in the field of scattering imaging can not only be used to generate pseudo-thermal light field instead of traditional ground glass, but also can be used as a target object for scattering imaging research. The application of spatial light modulator can realize initiative and maneuverability in the regulation of scattered light field.
Overview of optimization algorithms for pure phase holograms
New Spatial Light Modulator FSLM-2K73-P02HR Released for High Reflectivity and Light Utilization
Light utilization rate up to 95%, CAS Microstar SLM hit a new high
The spatial light modulator has been hailed as a "game-changer in optical design". With its flexible phase and amplitude modulation capabilities, MSI liquid crystal spatial light modulators offer endless possibilities for innovative optical designs and applications. The team adheres to the concept of "leading customers with technology and maintaining customers with service".
Phase SLM hardware product profile performance
As a dynamic programmable optical element, liquid crystal spatial light modulator (LC-SLM) plays a very important role in precision optical modulation applications such as wavefront shaping and beam control. A typical phase-only SLM works by inducing phase delay at each LCD pixel by loading voltage control to achieve regulation of the wavefront of the incident light.