BIOLOGICAL MICROSCOPES
Histopathology & Clean Room Equipments
Ophthalmic Surgical Microscopes are specialized microscopes designed for the extreme precision required in eye surgery, including cataract extraction, corneal transplant, and vitreoretinal procedures. Micron offers microscopes that provide the optical clarity and red reflex critical for successful outcomes. Micron's ophthalmic microscopes are widely considered the best for anterior and posterior segment surgery.
The microscope features a floor stand with an articulated arm or a ceiling mount. The optical system is optimized for a long working distance (150-200mm) and a large field of view. Rated as top rated equipment for eye hospitals, Micron microscopes provide a bright, homogeneous red reflex that makes the lens capsule stand out against the retina. This is essential for performing continuous curvilinear capsulorhexis (CCC) safely.
Micron ophthalmic microscopes feature motorized zoom and focus, foot pedal controls, and XY coupling that keeps the microscope centered on the pupil as the eye moves. The high-quality apochromatic optics eliminate color fringing around delicate structures. For vitrectomy and membrane peeling, this optical clarity is the best feature for visualizing the transparent vitreous gel. An integrated slit illumination system allows for assessment of the cornea and anterior chamber depth.
These microscopes are used for cataract surgery (phacoemulsification), glaucoma surgery (trabeculectomy), corneal transplantation (DSEK/DMEK), and retinal surgery (macular hole repair). The microscope can be draped sterilely, and a beam splitter allows for a second observer or camera. That is why Micron is a top rated provider for ophthalmic teaching centers. The ability to record surgery is valuable for training and peer review.
Investing in a Micron Ophthalmic Surgical Microscope is essential for any ophthalmology practice performing intraocular surgery. It is the best choice for achieving perfect visualization of the lens capsule and retina. Superior optics reduce surgical complications and improve visual outcomes for patients.