Laser Surgery TRIZ Cases
- Annular Retention Structure With Porous Fluid Stop For Laser Eye Surgery
Porous structures filter liquid from suction gas to prevent interference with the annular retention structure, ensuring precise tissue cutting.
- Retinal Laser Micropulse Control for Selective RPE Treatment
A retinal laser device controls micropulse counts to selectively treat the retinal pigment epithelium.
- Undocked Eye Laser Tracking for Refractive Surgery
An undocked eye laser tracking system adjusts beam position using five degrees of freedom data to eliminate mechanical docking pressure.
- Magnetic Locking Keratoprosthetic for Hemorrhage Control
A magnetic locking keratoprosthetic attaches a lens to a scleral ring for immediate surgical visualization.
- OCT and Laser Endoprobe for Simultaneous Scanning
An endoprobe merges OCT imaging and laser treatment into one probe, resolving the complexity of multiple separate instruments.
- Ocular Laser Therapy System for Collagen Crosslinking
Segmented UVA beams target specific collagen layers to minimize cytotoxic effects while achieving effective crosslinking.
- Limbal Area Laser Irradiation for Glaucoma Treatment
A 532 nm laser beam penetrates the limbal area to irradiate the trabecular meshwork without eye contact.
- Femtosecond Laser Corneal Cutting for Astigmatism Correction
Automated femtosecond laser cutting replaces manual techniques to eliminate human error and improve vision correction consistency.
- Refractive Surgery System with Real-Time OCT Corneal Monitoring
A refractive surgery system integrates optical coherence tomography to monitor corneal tissue during laser ablation.
- Multi-Fiber Surgical Probe Illumination Adaptation
Multiple optical fibers on a surgical probe segment illumination functions, resolving narrow beam intensity limits for general vitreous cavity tasks.
- Steerable Laser Probe for Ophthalmic Surgery
Actuation controls curve a flexible housing tube to guide an optic fiber, enabling precise targeting of multiple retinal targets.
- Photodisruptive Laser Lens Fragmentation with Bubble Control
Photodisruptive laser pulses fragment the crystalline lens while confining gas bubbles within a created channel.