Kashika Enterprises

DRY EYE MODEL

PRODUCTS DETAILS : 

This unique eye model helps to make patients understand various aspects related to Dry eye right from fluorescein staining on the cornea, lissamine green staining on the sclera, meibomian gland dysfunction (comparison between Healthy & unhealthy Meibomian glands), lacrimal gland dysfunction, and the lacrimal punctum. It has a Tear film too over the cornea with clear demarcation of three layers of Tear Film (Lipid, Mucin and Aqueous).

One can explain using the back Flap and model, significance of each layer of Tear Film from where they are secreted and the patient specific problems of Dry eye. The back Flap also gives information on various options available for treating the Dry eye.

Refractive Errors Counselling Tool

PRODUCTS DETAILS: This new Tool helps to demonstrate the various kinds of Refractive errors and how the vision would change the way we see with each of these errors. On the other side of the tool it gives various options available to correct this problem with doctor's advice

PRODUCTS DESCRIPTION : THIS GLAUCOMA EYE MODEL helps a doctor/counsellor to very clearly explain to the patients the difference between open angle & closed angle glaucoma. There are two eye ball structure on the base plate. One eye ball structure shows open angle where angle can be clearly seen and other structure doesn't have angles visible depicting angle closure glaucoma.

 

INTRAOCULAR EYE MODEL (IOL EYE MODEL)


PRODUCTS DESCRIPTION : Intraocular eye models are used to evaluate intraocular lenses (IOLs), validate ophthalmic instruments, and train surgeons through simulation. They simulate the human eye's anatomy, enabling measurement of IOL power, image quality, and light reflection. These models help design, test, and analyze the performance of visual aids and surgeries.Key Uses of Intraocular Eye Models:IOL Evaluation & Optimization: Models are used to determine the optimal power of IOLs for cataract surgery. They assist in testing lens performance, including measuring modulation transfer function (MTF) and intensity distribution for multifocal IOLs.Ophthalmic Instrument Calibration: Eye models, such as SMR Anatomical Eye models, are widely used to validate and calibrate ophthalmic instruments.Surgical Training & Education: They serve as tools for teaching and training, allowing eye-care professionals to practice cataract surgery and intraocular lens implantation.Simulation of Human Vision: Researchers use these models to simulate vision under different conditions, such as driving at night or reading, and for studying accommodation.

EYEBALL STAND WITH FIXATION HEAD

Product Description : The EyeBall Stand with Fixation Head is a mechanical device used in ophthalmic wet labs to securely hold human or animal eyes for microsurgical training. It enables simulation of procedures like cataract, vitreoretinal, and corneal surgery by creating required anterior chamber pressure. It ensures stability during practice.

Features : 
Fixation and Stability: It holds the eyeball in a concave cavity using a spring-loaded clamp and eye ring for a secure hold.Pressure Simulation: The fixation head allows for the adjustment and maintenance of the eye's intraocular pressure (IOP) to simulate real-life surgical scenarios.Compatibility: Suitable for both animal eyes and human cadaver eyes.Sterilization: The device is sterilizable via autoclaving or ethylene oxide (EO) gas, ensuring hygiene for training.Applications: Ideal for training in cataract surgery, corneal transplants, glaucoma procedures, and oculoplasty.