A device interface apparatus moves an optical connector to align with a device under test.
A microscopy unit detects artificial particles dispersed in a biological sample to determine focus curves and adjust the objective lens position.
A biological component measurement device modulates excitation light intensity at multiple frequencies to enhance absorption heat transmission and position detection of probe light.
Detects board warpage before mounting to prevent defective products and optimize inspection efficiency.
Indirect light coupling evaluates coating defects without destroying components, preventing moisture infiltration and reducing waste.
An optical interference apparatus records interferograms at multiple focal depths simultaneously to construct images with an increased depth of field.
Galvanomirror switching directs laser light to an internal photodiode, preventing eye damage from uncontrolled beam intensity.
A rack transporting apparatus uses multiple transport paths and holding regions to transfer sample racks between lanes without halting movement.
An integrated infrared detection device combines suspended micro-bridges to unify gas sensing and human activity monitoring within a single unit.
Median filtering of OCT voxels reduces motion artifacts and improves anatomical feature accuracy in 2D en face images.