The small animal tonometer is based on rebound technology, using a lightweight probe to make brief contact with the cornea to achieve measurement purposes. The test subjects hardly feel the contact process, avoiding discomfort and completely eliminating the need for anesthesia. Icare's rebound technology is specialized and innovative, with accurate and reliable detection results, making it a new choice for detecting intraocular pressure.

Two models are available for selection:

Tonolab type is suitable for small animals such as rats and mice

TonoVet type is suitable for large animals such as rabbits and dogs

model: Tonolab

Main features:

1. Adopting patented rebound technology, the operation is safe and minimizes the interference caused to animals during the measurement process.

2. The measurement process is painless and can be completed instantly, and the tested animal does not require anesthesia to avoid the impact of anesthesia on the animal's intraocular pressure.

3. The tonometer is compact and lightweight, suitable for operation in different environments.

4. Using disposable probes effectively avoids cross infection and has high hygiene standards.

5. Easy to operate and master, without the need for professional ophthalmic medical training.

Main technical parameters:

1. Using the principle of rebound, the intraocular pressure is measured by instantaneous contact between a disposable probe and the cornea.

2. According to the requirements of different experimental animals of customers, there are two types: large animals and rodents.

3. Use disposable probes to avoid cross infection.

4. Dual digital screen display, intelligent recording of measurement results.

5. No calibration required.

6. Detachable AA battery power supply.

7. The product complies with CE and ISO certifications.

Model: TonoVet is suitable for large animals such as rabbits and dogs

Partial related literature:

Tono-LAB：

REBOUND TONOMETRY IN CONSCIOUS, CONDITIONED MICE AVOIDS THE ACUTE AND PROFOUND EFFECTS OF ANESTHESIA ON INTRAOCULAR PRESSURE

J Ocul Pharmacol Ther. 2008 Apr; 24(2):175-85.

THE EFFICACY OF TONOLAB IN DETECTING PHYSIOLOGICAL AND PHARMACO-LOGICAL CHANGES OF MOUSE INTRAOCULAR PRESSURE--COMPARISON WITH TONOPEN AND MICRONEEDLE MANOMETERY

Curr Eye Res. 2008 Mar; 33(3):247-52.

MANOMETRIC CALIBRATION AND COMPARISON OF TONOLAB AND TONOPEN TONOMETERS IN RATS WITH EXPERIMENTAL GLAUCOMA AND IN NORMAL MICE

J Glaucoma. 2006 Dec; 15(6):512-9.

COMPARISON OF INVASIVE AND NON-INVASIVE TONOMETRY IN THE MOUSE

Exp Eye Res. 2006 Jun; 82(6):1094-9. Epub 2006 Feb 7.

TonoVET：

“The induction-impact tonometer appears to provide a promising alternative to the use ofapplanation tonometers in dogs.”

Am J Vet Res 2006; 67:134-144

“Results suggest that the rebound tonometer provides accurate estimates of IOP in clinicallynormal eyes in dogs and horses.”

J Am Vet Med Assoc 2005; 227:244-248

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