Worldwide supplier of advance stock and custom optics and electro-optics
Precision optics including extreme precision aspheres and freeform, meter-class flats and windows in common and exotic materials. Full electro-mechanical-optical design/prototype and manufacturing capabilities for medical, defense, military, ISR, semiconductor and industrial technology research.
Zygo uses innovative and proprietary manufacturing technologies to create high-precision optical components through CNC glass machining and light-weighting, weighting, MRF polishing, and thin film coating.
ZYGO offers integrated system design, prototyping, and volume assembly in product development phases like engineering and product development, electro-optical assembly, opto-mechanical assembly, and turnkey system manufacturing.
Zygo’s Optical Systems Division designs and manufactures high precision optical components and electro-optical subsystems for industrial OEM applications in their certified ISO 9001:2000 and ISO 13485:2003 manufacturing and assembly facilities.
The Zygo Optical Systems Division’s Tier 1 optical fabrication facility utilizes their own proprietary manufacturing and metrology techniques to design and manufacture optical components and optical assemblies for use in semiconductor applications.
Zygo offers design and manufacturing services for a wide variety of products used in the defense and aerospace marketplaces, and are prepared to help at any point in the product’s lifecycle – from concept through volume production.
Zygo’s Electro-Group provides design, manufacturing, and assembly engineering services for electro-optical and opto-mechanical assemblies used in medical and life science applications.
Zygo’s extreme precision optics group provides services involving aspheric surface fabrication, computer controlled optical surfacing, ion beam figuring (IBF), precision glass machining, abrasive machining, and precision glass assembly.
Zygo Corporation introduces the next generation of optical profiling instruments designed to precisely measure surface area topography quickly and with ease for enhanced productivity and versatility. The NewView 9000 instrument is based on innovative and versatile non-contact optical technologies. Ideal applications include research, precision engineering, quality control, and advanced manufacturing.
Zygo® offers the new Compass™ Micro Lens Process Metrology System with automated, non-contact 3D surface metrology and process control capabilities for discrete micro lenses and molds critical to compact imaging systems and cameras for smart phones and tablets. Two Compass™ models are available for different metrology needs.
Zygo introduces the new Verifire™ HDX laser interferometer system designed for precise 3D metrology and mid-spatial frequency content characterization of extreme performance optical components and systems. The HDX system includes all of the features of the Verifire HD, and adds enhancements such as the best-in-class imaging and resolution for high instrument transfer function (ITF), and superior characterization of mid-spatial frequency content and high-slope surface deviations.
The new ZPS™ System from Zygo Corporation is designed to measure absolute position via ultra-compact optical sensors with a resolution of 0.01 nm and less than 1 nm of non-linearity. The system is typically used for closed-loop feedback systems that require continuous streams of high-precision position data from multiple sensors to maintain precise positioning and alignment.
Precision interferometric metrology faces the challenge of environmental vibrations which can ruin countless precision measurements. Vibration affects measurement results and spatial frequency analysis, making it difficult to make high quality optics without reliable measurements. Zygo’s QPSI technology eliminates this problem with measurements that require no special setup or calibration, and cycle times are typically within a second or two of standard PSI measurements.
ZYGO offers the new APM650™ packaging metrology system designed to provide 2D and 3D measurements of a variety of surface features with sub-nanometer vertical precision and sub-micron lateral precision. This inspection tool is ideal for the automated measurement of panel based PCBs and other advanced packaging applications.
The Nomad profiler from Zygo Corporation is a small, lightweight portable optical profiler ideal for situations where the measurement of an object’s surface is too large for the measurement stage of a conventional workstation profiler.
The VerifireTM XL is a large-aperture, downward-viewing interferometer workstation designed for simple metrology of large flat surfaces up to twelve inches in diameter. The VerifireTM XL workstation comes with QPSI acquisition technology that enables true on-axis surface form metrology, without degradation from production floor vibrations.
The ZeGageTM Plus optical surface profiler is designed with sub-nanometer precision, scans up to twice as fast as the ZeGage™ profiler, and has an increased range of measureable surfaces. The interactive control software, Mx™, is there to provide simple and detailed visualization for better control of the process.
ZYGO's new VerifireTM HD Interferometer System is designed to provide transmitted wavefront measurements of optical components and assemblies, and fast, high-resolution measurements of flat or spherical surfaces. The system features a high-speed, 2k x 2k pixel CCD camera and an optimized optical design to reliably measure surface features. The Mx™ software package provides the ability to calculate mid-spatial frequency content with Power Spectral Density (PSD) and the diffraction simulation tool.
The ZeGage™ is a scanning white light interferometer that provides 3D optical surface profiling for the measurement of precision surfaces that require non-contact metrology. Unlike other optical surface profilers, this system maintains high resolution at all seven of its magnification options. It’s also not affected by the environment it operates in. You can take it out of the QA lab, place it directly beside your production equipment, and still get a 3D surface roughness measurement of precision machined surfaces with nanometer level precision.
The Verifire™ interferometer is a true common-path Fizeau configuration that ensures accurate metrology and “ripple-free” phase measurements in vibration-prone environments. It is well suited for providing accurate surface metrology in both production and quality control environments.
The DynaFiz™ interferometer is a high performance laser interferometer designed to measure the surface form of optics in the presence of turbulent air, or in environments susceptible to extreme vibrations. The system’s long life, high powered HeNe laser source enables reliable metrology at the camera’s maximum shutter speeds of cavities with low reflectivity. This proprietary laser and optimized optical system in the DynaFiz system allows the interferometer to “freeze” the vibration during acquisition so that dynamic metrology can be conducted in environments that are too violent for traditional temporal phase shifting.
The Nexview™ 3D optical profiler microscope stands out amongst competitive products by its ability to measure the topography of virtually any surface, irrespective of roughness, large steps and segments, thin films, steep slopes, with feature heights ranging from < 1 nm up to 20000 µm. It does all this in 3D, without contact, and provides the best qualities of other profiling technologies (stylus, confocal, focus scanning) without their limitations.
Zygo Corporation
Laurel Brook Road
Middlefield, CT 06455-0448
UNITED STATES
Phone: 1-800-ZYGO-NOW
Fax: 860-347-8372
Contact: David Melton
Here are a few questions you might be asking when you’re considering whether to build your own assembly or have it custom-made by an experienced design and manufacturing team.
From applications under the sea to those orbiting the Earth, ZYGO creates the highest quality products with challenging specifications in extreme operating environments. From prototype to production volumes, ZYGO provides program management, engineering design, and manufacturing support.
Zygo’s QPSI technology eliminates the problem of environment vibrations with measurements that require no special setup or calibration. A ZYGO interferometer utilizing QPSI technology is capable of producing reliable high-precision measurements in the presence of environmental vibration from common sources such as motors, pumps, blowers, and personnel.
Understanding performance specifications is the first step in the process of selecting an instrument or technology for areal surface topography measurements. One of the more frequently cited parameters is known as “vertical resolution,” which is defined as the smallest surface height variation that can be detected. As a result of a review of instrument brochures, technical articles, and international standards, it was found that there is not a consensus regarding the meaning of "vertical resolution" and its numerical specification, which leads to a lot of confusion in the industry. It is important to re-evaluate the use of the term “vertical resolution” and identify a better way to characterize other instrument performance specifications.
Utilizing interference microscopy techniques to measure the many aspects of surface structures takes advantage of rapid, non-contact operation and rapid data acquisition, often at data acquisition rates in the millions of 3D image points per second.
Obstructing artifacts in interferometric data can come in many different forms, such as a “bulls-eye,” which can be caused by dust on an optical surfaced in the coherent beam path of an interferometer. These artifacts can print through on the height map and affect the magnitude and repeatability of the surface results. As a solution, ZYGO offers the Ring of FireTM extended source method for reducing noise and other artifacts. Building on this expertise, ZYGO has also developed a coherent artifact reduction system (CARS) that reduces noise from wavefront shearing, speckle, or mottle by a factor of up to 10 and allows for surface features to be resolved.
Optical profilers using Coherence Scanning Interferometry (CSI) have traditionally found it a challenge to measure highly sloped surfaces. Surfaces like these can be found in all industries and include optical micro-lenses, brightness enhancing structures, and machined cones. ZYGO offers CSI based profilers running Mx™ software with advancements in signal detection and processing that vastly improve the ability to obtain valid topography data from surfaces with high slopes.
Intelligence, surveillance, and reconnaissance (ISR) windows must demonstrate superior performance r to avoid compromising a mission’s success. Sapphire is extremely durable, scratch-resistant, withstands extreme temperatures, and transmits over a broad wavelength range of light.
Zygo Corporation provided LIGO Scientific Collaboration with extremely high-precision optics for its successful detection of gravitational waves and thereby confirming one of the major predictions of Albert Einstein's 1915 General Theory of Relativity.
The Verifire™ XL comes with QPSI™ acquisition technology that enables true on-axis surface form metrology, without degradation from production floor vibrations. The system features a heavy duty tip/tip/tilt stage providing repeatable part placement without needing custom fixturing. The Mx™ measurement and analysis software provides unmatched measurement capability with its operational features, data visualization tools, and easy-to-use interface.
The ZeGageTM Plus is an optical surface profiler designed with sub-nanometer precision, scans up to twice as fast as the ZeGage profiler, and has an increased range of measureable surfaces. This new profiler is extremely versatile in measuring a wide variety of surfaces ranging from rough to super smooth, including finishes such as ground, honed, lapped, and super-polished on materials like glass, ceramic, and metal.
Photonics components enable the design and development of next-generation medical devices and diagnostics. This paper identifies common mistakes medical device manufacturers make when attempting to incorporate optics and photonics into their designs — and how to avoid them.
When the Department of Defense decided its landscape flight simulators to train pilots required too large a display, too large an enclosure space, and felt a bit antiquated in general, the DoD looked for a helmet –mounted simulation solution to replace the traditional rear-projection screens they were using.
When an ophthalmologist removes the natural lens in a human eye that’s affected by a cataract, an artificial intraocular lens (IOL) is put in its place. Recently, a medical device startup manufacturer developed a new type of IOL that allows surgeons to adjust for errors in preoperative measurements and variations in vision as the eye heals.
Trips to the dentist are rarely pleasant, and that unpleasantness can be compounded when the doctor needs a 3D model of your teeth.
Zygo Corporation's optical capabilities include large format optical fabrication and coating, integrated system design and prototyping, and integrated system assembly.
This video features the new Verifire™ HD Interferometer System with a high-speed 2k x 2k pixel CCD camera, and an optimized optical design to reliably measure surface features.
John Waka with Zygo started our day two DSS 2015 coverage off with an introduction to the DynaFiz™ — a dynamic laser interferometer that can essentially "freeze" vibration, enabling accurate optic metrology in environments that are too violent for traditional temporal phase shifting techniques.
The world's most powerful laser needed a high precision custom optics manufacturer. In this case study, high fluence laser amplifiers were developed into a volume production process for the National Ignition Facility project.
In this video, one of Zygo’s applications engineers provides a demonstration of the ZeGageTM 3D optical surface profiler as it measures the roughness of the surface of a sealing valve used in the automotive industry. That might sounds fairly unremarkable, but check out how the system does on a rickety plastic table in a machine shop full of noise and vibration.
Barbara Carr with Zygo kicked off day two of Photonics Online's Optics and Photonics 2014 coverage by introducing the DynaFiz — a dynamic laser interferometer designed to measure the surface form of optics in the presence of turbulent air, or in environments susceptible to extreme vibrations. Watch the video to see it in action.
John Stack, president of the optical systems division at Zygo walks us through what his company displayed this year at Photonics West.
In this video, Justin Turner from Zygo introduces the ZeGage optical profiler. The system measures precision surfaces of implantable medical devices that require non-contact metrology, such as bone screws and dental implants.
This video gives insight on a dental medical device’s journey from the prototype phase to production. The device needed to be small enough to image rear teeth, robust enough to replace physical impressions, and had to make precision measurements for prosthetics. The process involved complex optics, steps to ensure hygienic sterilization, high resolution 3D imaging, and more. Download the video to see how it was done.
Zygo Corporation’s latest generation Nexview™ NX2 and NewView™ 9000 3D optical profiling instruments precisely measure surface area topography quickly and with ease for enhanced productivity and versatility, addressing a broad range of applications.
Zygo Corporation is pleased to introduce the Verifire™ HDX laser interferometer system with ultra-high spatial resolution and advanced imaging for measuring surface form and transmitted wavefront of high-performance optical components and systems. At the core of the Verifire HDX is a new optical design, which delivers improved instrument transfer function (ITF) and ultra-high spatial resolution for superior characterization of midspatial frequency (MSF) characteristics and high-slope surface form errors, with high precision and confidence.
Zygo Corporation provided LIGO Scientific Collaboration with extremely high-precision optics for its successful detection of gravitational waves and thereby confirming one of the major predictions of Albert Einstein's 1915 General Theory of Relativity.
