Spatial light modulation compensates for slope errors in reflective optics, resolving blurring issues in soft X-ray metrology.
A lithography overlay simulation apparatus calculates alternative alignment and process control parameters to generate synthetic measurement data.
Indirect diffuse illumination combined with directed radiation enables simultaneous multi-parameter quality assessment without increasing inspection time.
Extension mechanisms with pivot joints adjust the main frame dimensions to accommodate varying vehicle sizes, reducing construction costs.
Ring illumination from multiple beam shaping paths reduces speckle noise in dark field inspection systems.
Multi-angle optical detection identifies defects in short pasta, while independent diverters reject only defective elements to minimize waste.
Corrects EUV mask luminance unevenness by synchronizing inspection and correction detectors, eliminating pulse-counting errors.
Top view map image generation resolves the contradiction between oblique imaging stability and measurement area definition accuracy.
Segmented cleaning chambers reduce required air volume while maintaining image quality in web monitoring systems.
An inspection device captures spatially resolved images of container bottoms to classify internal and external foreign bodies using deep learning algorithms.
A substrate inspection system detects defects using Doppler burst signals generated by crossing optical beams.
Reflectance spectroscopy quantifies live insect performance indicators without damaging the population or disturbing the rearing medium.
Automated laser scanning detects surface positions across airfoil cores, replacing manual checks that compromise inspection reliability.
Multi-camera and adjustable lighting system captures clear images of container features, resolving precision issues with strongly contoured geometries.
A multi-wavelength light source generates acoustic waves to identify dust particle types and concentrations.
Dynamic diffuser modulation reduces speckle noise while maintaining brightness, enabling high-resolution defect detection in optical inspection systems.
A semiconductor inspection apparatus captures multiple bottom images through relative movement and synthesizes them into a complete view.
A metalens-based inspection system adjusts light amplitude, phase, and polarization to focus beams on semiconductor targets.