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Opticology Principals to Present at 2013 ARVO Annual Meeting

Feb 21, 2013
In partnership with New York Eye & Ear Infirmary and the Lighthouse International, both of New York, Opticology principals Anthony Cappo and Matthew Orr will present their findings from a clinical study entitled A New Method to Depict Central Scotomas: Automated Stereocampimetry at the 2013 Association for Research in Vision and Ophthalmology (ARVO) annual meeting in Seattle this coming May.

Opticology has worked closely with medical researchers in the development of this new device which can measure with precision pathological areas of non-vision on the retina, or scotomas, typically found in patients with age-related macular degeneration or diabetic retinopathy. The device consists of minimal hardware, controlled by software and is installed compactly on modern ophthalmic examination chair swing arm. It is meant to be a low cost alternative yet provide valuable information to the clinician regarding diagnosis and following disease after treatment.
Opticology Facility in Redhook
17 Nov, 2020
Opticology, Inc. has acquired a new facility in Brooklyn New York in the waterfront manufacturing district known as Redhook. The century old buildings are being renovated to include design offices and state-of-art optical laboratories for optical test, measurement, and assembly. The new space will include an area dedicated to manufacturing of optical and mechanical components as well as a prototyping shop.
(SPR) Surface Plasmon Resonance Instruments
20 Jan, 2020
The company announced today the filing of an important patent as a result of the work of its research business unit of a field-portable system for the detection of chemical and biological agents.
Opticology Marks 20 Years
29 Jan, 2019
Opticology celebrates 20 years of successfully serving customers in optical design, engineering, and fabrication. Established in January 1999, the company has evolved as one of the leading service provider for outsourced optical engineering and design. Providing fabrication and prototype building services is an essential part of the business and important and necessary to customers in R&D and product development. Entrenched in the industry, Opticology also supplies optical and mechanical components on an OEM basis with the same level of service. Customers primarily consist of large corporations in the fields of medical device and industrial systems.
Spie Photonics West Bios Logo
19 Jan, 2018
Opticology Inc. will exhibit at SPIE BiOS 2018, a biomedical optics conference preceding SPIE Photonics West. The company intends to showcase its abilities as a contract developer of medical and scientific instruments.
Spie- Photonics West
07 Jan, 2017
Opticology Inc. will exhibit at SPIE BiOS 2017, a biomedical optics conference preceding SPIE Photonics West. The company intends to showcase its abilities as a contract developer of medical and scientific instruments.
National Institute of Health Research UK Logo
16 May, 2016
Tear Glucose Research (TGR), a spin-off company of Opticology, Inc. is named as one of 40 companies identified developing non-invasive glucose monitoring technology to replace finger-stick blood glucose meter currently used by millions who suffer from diabetes.
International Traffic In Arms Regulations Registered Logo (ITAR)
07 Oct, 2015
In an effort to continue its broad appeal to clients in various industries, Opticology, Inc. has completed registration for ITAR through the US Department of State Office of Defense Trade Controls Compliance.
Tony Cappo, Principle of Opticology Inc.
05 Aug, 2014
Tear Glucose Research, LLC, a biotechnology company spun out of Opticology, Inc. is featured in Crain's New York Business.
New York City Skyline
27 Jun, 2013
Opticology, Inc. and the New York Eye & Ear Infirmary have been awarded funding for continued development of a diagnostic device for measuring glucose levels in the human tear film.
Owner Of Opticology- Tony Cappo
21 Aug, 2012
Opticology announced today the issuance of US Patent # 8,249,682 describing a device for measuring concentrations of constituents in tear samples.
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