Articles

We’re excited to share some standout statistics showcasing our company’s capabilities and the incredible team behind our success! A tribute and thanks to all employees, our valued clients and suppliers for making these achievements possible. Here’s to continuing to push boundaries and deliver outstanding results together!

The demand for infrared (IR) transmissive materials continues to grow due to increased use in defense, aerospace, automotive, and healthcare applications. These materials are crucial for a range of applications, including infrared optics, thermal imaging, semiconductor technology, and advanced sensing systems. Chalcogenide materials are emerging as a popular alternative to common infrared transmissive materials. What […]

Our efforts in employee development and fostering a supportive company culture are critical components of our overall strategy. Recent technological upgrades at Sydor Optics’ CNC Operations Center significantly boost production capacity and efficiency, enabling us to excel in the high expectations of our customers through precision machining, automation, customization and operational efficiencies. But we also […]

In an era where technological advancements are not just achievements but necessities, Sydor Optics remains at the forefront of the precision optics industry. With the establishment of the new Sydor Optics CNC Operations Center, we’re excited to announce significant upgrades and expansion to our CNC department. These advancements directly enhance our manufacturing capabilities, ensuring we […]

Celebrating 60 years of cutting-edge optics, industry trends, and community values. Founded in 1964 by Stefan Sydor, Sydor Optics, a family-run pioneer in optics-component manufacturing, is celebrating its 6oth year in business this year. An exhibitor at Photonics West for over 20 years, Sydor has remained a leader in optics technologies by embracing new approaches […]

With over 60 years in business, it’s a true testament to our outstanding quality and customer service that we have legacy customers that go back over 20 years and beyond. Case in point, a customer that hasn’t ordered from us directly e-mailed us for a quote on a new order. When asked how the customer […]

Sydor Engineers, in collaboration with NYSP21 and RIT, dramatically reduce solid waste using innovative solid suspension process method. Here at Sydor Optics, we strive to be good stewards of the environment and corporate neighbors. In an effort to better manage the wastewater that exits our facility, we entered into a project with the New York […]

In today’s dynamic and competitive market, manufacturing businesses are constantly seeking ways to stay ahead of the curve. Whether it’s improving efficiency, enhancing product quality, or meeting evolving consumer demands, the challenges are infinite. Amidst this complexity, one factor stands out as a game-changer for customers: specialization. At the heart of specialization lies expertise. And […]

Precision mechanical alterations for your custom optical designs and specifications. CNC capabilities include lightweighting, drilling, coring, edging, beveling, 3D contouring, and more. Sydor Optics has the capability to manufacture complex shaped optics using our fleet of CNC machines from Haas and Fanuc.  Our team has developed processes to machine an incoming blank to final size […]

Flat components are available in a variety of shapes and sizes. From diameters to rectangles, squares, cubes and prisms, Sydor Optics can offer price and delivery based on your individual specifications. There are some areas that we require detailed information from our customers in order to provide them with the most accurate quotation. In this […]

Double-Sided Lapping and Polishing Double-sided lapping and polishing utilizes planetary action with the combination of a top and bottom plate to precisely grind and polish precision, parallel optics. Double-sided processing is a batch-type process that uses planetary action — generally with loose, abrasive particles suspended in a liquid vehicle — to abrade material almost equally […]