Vision is something that is a crucial aspect of life. Patients suffering from glaucoma have a chronic eye pressure-damaging condition that can lead to long-term repercussions like blindness.
Modern times have seen progress even in these kinds of conditions. “As of 2021, it was estimated that around eight million people in the United States had a vision disability, meaning they were blind or had serious difficulty seeing even when wearing glasses.
Further, the states with the highest share of the population with a vision disability are Mississippi, Oklahoma, and Louisiana.
Thus, the need for an appropriate source and product like the EASYTON tonometer by Almagia can be a revolutionary step in the medical field.
In this blog, you will learn in depth about the tonometry eye pressure device and how Almagia offers the best in the market, making sure that, as doctors, you offer the perfect solution to your patients.
Understanding Tonometry
Tonometry is a diagnostic technique that monitors intraocular pressure (IOP). It may assist you in deciding if you are at risk for glaucoma.
Glaucoma is a dangerous eye illness that, if left untreated, can eventually cause vision loss. In most cases, the fluid that typically bathes and nourishes the eye drains too slowly, allowing pressure to build up.
The increasing pressure might eventually damage your optic nerve, resulting in vision loss. Tonometry tests are crucial for recognizing changes in the eye fluids, and the more accurate the diagnosis, the better treatment is possible.
The innovation of the technology and the necessity have led to the rise of the ophthalmic devices market in the United States.
The projected revenue for the ophthalmic devices market is expected to reach US$14.00 billion by 2024. Also, in the global comparison, the United States is anticipated to generate the highest revenue in the ophthalmic devices market.
What Type of Ophthalmic Pressure is used in the Almagia Tonometer?
Eye pressure is a critical parameter for ophthalmology. There are several techniques to assess ocular pressure. One such approach is a painless operation known as “applanation tonometry,” which implies flattening. Most ophthalmologists use “Goldmann applanation tonometry” as the “gold standard” for measuring ocular pressure.
The functionality of our device (applanation tonometry) and the way it works cater to the needs of ophthalmologists as well as patients.
Designed to simplify the process of eye pressure diagnostics and make it less stressful for people, the device is based on the vibrational operating principle. It helps minimize fluctuations and irregularities that often come with other IOP measurement methods.
Once the tonometer eye pressure device is applied, it starts producing multiple vibrations at different frequency levels (depending on how high or low the measured IOP is).
The process begins as soon as you turn on the device and place the rod on the patient’s eyelid. This Easyton tonometer is a device that then automatically processes pressure readings and recalculates them into millimeters of mercury (mmHg) so that you can see the average IOP value on its display screen.
Our tonometer eye pressure device (applanation tonometry) produces approximately 100 vibrations with a single push of the rod. Most of them are aimed at preventing the corneal thickness factor from affecting the results.
By making up for the possible ambiguity of measurements, these vibrations are pivotal to ensuring pinpoint accuracy of the IOP value to utilize when assessing your eye health. Thus, Almagia uses the applanation pressure type.
What Does the Research Say About Tonometry?
Case Study 1:
According to recent research at the University of Colorado, the study included a control group of patients with glaucoma who were stable on therapy and a treatment group of patients with glaucoma.
Participants used the tonometer for one week before treatment initiation and for a second week after treatment initiation.
Among eyes for which in-office applanation tonometry demonstrated a significant IOP reduction, home tonometry detected a treatment response (> 20% mean reduction) for at least one time point in more than 90% of eyes and at all time points in more than 45% of eyes.
The intraday and interday IOP mean, maximum, minimum, and range were all significantly reduced on home tonometry measurements, whereas patients in the control group showed no change between the 2 weeks of measurements.
Thus, it can provide information on peak IOP that may result in treatment adjustments. Second, it may allow providers to assess patients’ responses to treatment more accurately.
Case Study 2:
According to the study, a comparison of the effectiveness of transpalpebral scleral tonometry (TPST) and corneal pneumotonometry in children and assessment of the discomfort level while measuring intraocular pressure (IOP) were taken.
The research was conducted on 84 eyes (42 children aged 5–14, ave. 9.3 ± 2.7), including 64 myopic eyes (-0.5 to 6.75D), 18 hyperopic eyes (+0.75 to +3.75D), and 2 emmetropic eyes. TPST using the EASYTON tonometer (Russia) and pneumotonometry using the Reichert 7 non-contact autotonometer (USA) have been sequentially performed.
It demonstrates the repeatability of IOP indicators when measuring the same eye three times sequentially and almost the same IOP level in the paired eyes of anisometropic children.
TPST provides broader possibilities for IOP control in pediatric practice, yielding more reliable and accurate results than pneumotonometry. This eliminates the influence of corneal thickness and irregularities on the measurement result, ensuring calmer behavior and more comfort for children during the procedure.
Case Study 3:
Another study was conducted to compare intraocular pressure (IOP) measurements taken using Perkins applanation tonometry (PAT) and Goldmann applanation tonometry (GAT).
There were 100 eyes in 100 patients who underwent Perkins and Goldmann applanation tonometry with a randomized order of modality, performed by a masked observer.
The right eye was measured for all subjects, and the data was used in statistical analysis. The comparability of results given by the two instruments was evaluated using the Bland-Altman method.
The Perkins applanation tonometer yields IOP measurements that are closely comparable with GAT. Therefore, it may be used in routine clinical practice as part of the implementation of national guidelines or preferred practice patterns for glaucoma and ocular hypertension.
Why Us?
Almagia offers detailed instructions and assurance of how to operate it without being tech-savvy. The most crucial aspect that we offer is that the tonometer eye pressure device is FDA-approved. Its effectiveness is backed up by many accuracy, reproducibility, and repeatability tests.
It has also been proven to deliver next-level diagnostic performance, with the Goldmann method as a reference standard at perfect tonometer price. We take pride in offering this Easyton tonometer for sale to help eye care specialists feel the difference in IOP measurement. Visit and shop now!