Microscopes TRIZ Cases
- Oblique Plane Microscopy With Tilted Objective for High-NA Imaging
A tilted third objective and three-lens layout raise oblique plane microscopy NA while keeping glass slide and multi-well plate compatibility.
- Programmable Fiber Inspection Tip for Automatic Parameter Setup
Programmable tip data lets fiber inspectors auto-load test parameters, cutting manual setup time while preserving end-face compliance checks.
- Microscope Magnification Adjustment for Focus-Stable Modality Switching
A common objective and magnification adjustment lens keep focus and view alignment stable when switching microscopies, shortening ART operation time.
- Spatiotemporal Beamlet Multiplexing for Fast Volumetric Microscopy
Split laser pulses into delayed beamlets focused at different depths to avoid axial scanning and capture neural activity volumetrically at speed.
- Dual-Axis Tilting Glass Plate for Compact Microscope Beam Steering
A single transparent plate tilts on two axes to steer microscope light rays while cutting reflections, light loss, and beam-path space.
- Stereoscopic Imaging Overlay Scaling Using Scene Depth
Depth maps from stereo image data scale and place overlays at the right 3D position, avoiding distorted perception and scene collisions.
- Light Field Microscopy Relay Optics for Objective Switching
An adjustable relay optical unit remaps the back focal plane to keep the multi-lens array illuminated when microscope objectives change.
- Digital Microscope LED Illumination Layout for Faster Overview Imaging
Multiple LEDs arranged around the overview camera axis improve illumination uniformity, cutting partial images and speeding full slide overview capture.
- Dual-Camera Optical Microscopy for Wide-Field High-Resolution Imaging
A beam splitter and reflective scanning path capture wide-view and high-resolution microscope images without sample movement or vibration.
- Intraocular Reference Plane Imaging for Vitreous Object Localization
Uses optical beam paths and a reference plane to locate vitreous floaters and other transparent eye structures with measurable depth.
- Objective Optical Layout for Wide-Field Fundus Imaging
Constraining lens thickness to pupil distance helps fundus scanners reach a 60° to 80° field while limiting vignetting and optical complexity.
- Flat Microscope Revolver Recess Structure for Objective Clearance
A recessed flat revolver offsets objectives with different working distances to prevent stage or specimen contact during switching and focus.
- Fluorescence Mid-IR Photothermal Microscopy for Similar Material Separation
Modulated multichannel IR heating and fluorescence detection improve separation of similar spectra in turbid pharmaceutical samples.
- Microscope Objective Lens Groups for Stable Aberration Correction
A movable lens group and cemented surfaces keep spherical, chromatic, and coma aberrations stable despite cover glass changes.
- Microscope Optical Tweezers Adapter With Adjustable Prism Alignment
An adjustable prism and collimating assembly improves optical alignment, beam quality, and microscope integration in optical tweezers adapters.
- Microsurgery Image Processing Under Warm White Illumination
Warm white surgical lighting cuts blue light phototoxicity, while pixel-level image processing restores red reflex visibility during eye microsurgery.
- Binocular Tube Control Switching for Ergonomic Eyepiece Adjustment
A switchable single control adjusts both pupillary distance and eyepiece tilt, reducing operating elements and easing sterile microscope setup.
- Volumetric Imaging with Continuous Axial Scanning
Continuous sample or lens motion with simultaneous sensor integration removes settling delays and speeds high-resolution volumetric imaging.