English

Zygo showcases 3D optical metrology instruments on Space Comm

522
2024-03-01 11:55:49
See translation

Zygo Corporation, a business unit of AMETEK, announced that it will be showcased at the D28 booth of the Space Comm Expo held in Farnborough, UK from March 6th to 7th this year.

Space Comm showcases the end-to-end supply chain of products, services, and applications that provide information and technological development for commercial aerospace enterprises, governments, and defense organizations, providing an ideal platform for Zygo to showcase its market leading position as a provider of 3D optical metrology instruments and optical component manufacturers.

Peter Kuschnir, Sales Manager of Zygo Europe, said, "We are delighted to participate in this year's Space Communications Expo held in the UK, where the UK has shown significant government supported growth in the commercial aerospace industry. More than 50 years ago, Zygo was founded to provide customized optical and precision engineering systems for optical manufacturing. As a natural extension of its optical manufacturing business, the company quickly became synonymous with positioning and surface analysis metrology.". Zygo's 3D optical profilometer and laser interferometer are at the ultra precision end of measuring spectra, targeting high-value applications, and have a considerable footprint in the commercial aerospace field. Among them, high-performance 3D measurement is the key to process development and manufacturing yield.

The key mission optical components used in satellites and other commercial space-based optical devices require attention to detail at every stage of the product development process. This requires customers and suppliers to establish a genuine partnership, and optical component suppliers to have the necessary professional knowledge and experience in DfM and quality control to produce the best results. Zygo is at the forefront of precision optical component supply and welcomes Space Comm attendees to discuss its lineage in strict space applications.

Kuschnir summarized, "Commercial space optical devices must be able to survive launch, and of course, must perform well in challenging space environments. With decades of practical experience, Zygo has proven that it can produce sturdy and highly stable optical devices that can withstand launch loads and maintain high performance in orbit.". In order to overcome the challenges posed by the typical dynamic thermal environment in low Earth orbits, Zygo designed optical components that are non thermal and heat-resistant over a wide temperature range. In order to cope with high vacuum and ionizing radiation environments, we also have profound professional knowledge to choose suitable glass, structural materials, and design methods to meet the lifelong goals of space optics. All of these can be achieved on the basis of commercial costs and on a monthly rather than annual basis.

Zygo's work in manufacturing optical components for space applications has recently been strengthened, and it has announced the nomination of Karen Nyberg as its brand ambassador. Zygo is responsible for polishing and testing the windows used by the International Space Station.

Invited attendees will meet with the Zygo team at booth D28 of the 2024 Space Com Expo.

Source: Laser Net

Related Recommendations
  • Deep Photon Network Platform, Empowering Any Functional Photon Integrated Circuit

    The widespread application in the fields of optical communication, computing, and sensing continues to drive the growing demand for high-performance integrated photonic components. Recently, Ali Najjar Amiri of Kochi University in Türkiye and other scholars proposed a highly scalable and highly flexible deep photonic network platform, which is used to realize optical systems on chip with arbi...

    2024-03-11
    See translation
  • China University of Science and Technology has made progress in the study of the regulatory mechanism of thermally induced delayed fluorescence

    Recently, Professor Zhou Meng's research group at the University of Science and Technology of China collaborated with Professor Fu Hongbing's team at the Capital Normal University to reveal the mechanism by which aggregation effects regulate the luminescent properties of thermally delayed fluorescent materials. The research findings, titled "Aggregation Enhanced Thermally Activated Delayed Fluoros...

    2024-06-28
    See translation
  • Shanghai University of Technology publishes the latest Nature paper

    With the increasing demand for human data, the requirements for data storage methods are also increasing. Optical Data Storage (ODS) is a light based storage method commonly used in DVDs, which is low-cost and very durable. But ODS usually stores data in a single layer, and the amount of data that can be stored is limited. Gu Min, academician of Shanghai University of Technology, Wen Jing, and Rua...

    2024-02-26
    See translation
  • Implementation of 20W high-power fiber optic frequency comb by the Institute of Physics, Chinese Academy of Sciences

    High power optical frequency combs play a crucial role in nonlinear precision spectroscopy, extreme ultraviolet optical frequency comb generation, nuclear atomic clock research, and other fields. Fiber optic femtosecond lasers are the preferred solution for achieving high power optical frequency combs due to their simple structure, stable performance, and easy amplification.However, due to the una...

    2023-10-11
    See translation
  • New photonic nanocavities open up new fields of optical confinement

    In a significant leap in quantum nanophotonics, a team of European and Israeli physicists introduced a new type of polarized cavity and redefined the limits of light confinement. This groundbreaking work was detailed in a study published yesterday in Natural Materials, showcasing an unconventional photon confinement method that overcomes the traditional limitations of nanophotonics.For a long time...

    2024-02-12
    See translation