• Surgery: Precise cutting, coagulation, and ablation.

• Dermatology: Acne scars, pigmentation, hair/tattoo removal.

• Ophthalmology: LASIK, retinal repair, glaucoma.

• Oncology: Tumor ablation, photodynamic therapy.

• Urology: Kidney stones, BPH treatment.

• Gynecology: Endometriosis, cervical procedures.

• Dentistry: Cavity prep, gum reshaping, whitening.

• Cardiology: Laser angioplasty.

• Excitation & Emission Filters Isolate target wavelengths to excite fluorophores and capture clear signals

• Dichroic Mirrors Split excitation and emission paths with high precision

• Beam Collimation & Shaping Ensure uniform sample illumination for accurate imaging

• High-NA Objectives Maximize light collection for enhanced resolution and contrast

• ​Optical Coatings Boost transmission, reduce background noise, and sharpen signal clarity

• Micro-optics embedded in cardiac and vascular catheters  

• Support laser ablation, fluorescence imaging, and OCT

• High-resolution stereo optics for enhanced depth perception

• Integrated illumination and tracking for precision control

• Single-use lenses and filters for sterile environments

• Used in biopsy tools, diagnostic probes, and surgical kits

• LED markers and NIR-sensitive cameras for instrument localization

• Fiber-coupled optics for targeted energy delivery

• Immune Cell Profiling Differentiates T cells, B cells, and other subsets for disease monitoring and therapy response

• Cell Cycle & Apoptosis Tracking Evaluates proliferation and programmed cell death in oncology and drug screening

• Stem Cell Identification Isolates rare populations based on surface and intracellular markers

• DNA & Chromosome Analysis Measures ploidy, genotoxicity, and genome stability

• Microbial Sorting & Metabolic Profiling Characterizes yeast, bacteria, and biofuel-related species