- Product Description
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Icare Finland develops Tonolab tonometer for glaucoma research
Tonolab is a tonometer designed specifically for measuring intraocular pressure in rodents (mice and rats).
The Icare tonometer is based on the rebound measurement principle, which uses the probe to make instantaneous contact with the cornea for measurement.
Icare's technology has been recognized by users all over the world
The results of clinical studies have shown that Icare Tonolab's measurements are accurate and do not cause discomfort to the subjects.
Safe, painless, effective in avoiding contact infection, high hygiene standards
Icare Tonolab Tonometer is safe and painless
Using a lateral probe to momentarily contact the cornea
The measurement process does not require anesthesia or disinfection, and the measurement is completed instantly, minimizing the disturbance to the animals.
Icare is the first manufacturer to introduce rebound technology into tonometers. Icare's lightweight and portable probes are trusted and recommended by scientific researchers around the world.
The advanced Icare products can provide customers with stable and accurate intraocular pressure measurement results in a variety of experimental environments.
The operation is simple and easy to master, and no professional medical ophthalmology training is required.
Different models of Icare tonometers are used in different fields:
1. Clinical use in human medicine
2. Veterinary use: pets, racehorses
3. Scientific research and laboratory useTechnical parameters:
1. The rebound principle is adopted to measure intraocular pressure by using a disposable probe to make instantaneous contact with the cornea.
2. According to the different requirements of customers for experimental animals, there are two types: one for large animals and one for rodents.
3. Use disposable probes to avoid cross infection.
4. Dual digital screen display, intelligent recording of measurement results.
5. No calibration required.
6. Removable AA battery power supplyReferences:
1. The effect of AQP4 knock out on retinal electrophysiology in laser-induced ocular hypertension mice]
2. Effects of Three Commonly Used Anesthetics on Intraocular Pressure in Mouse
3. Removal of Melatonin Receptor Type 1 Increases Intraocular Pressure and Retinal Ganglion Cells Death in the MouseClient List:
Shanghai ENT Hospital
Sun Yat-sen University Eye Hospital
Qingdao Eye Hospital
Capital Medical University
Zhongnan Hospital Affiliated to Wuhan University
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