4104C ZYGO

Zygo brand introduction

Zygo is a leading global designer and manufacturer of precision measuring instruments and optical systems,headquartered in Connecticut,USA,with business units all over the world.Zygo’s products are widely used in semiconductor,optical,aerospace and other fields.

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  • Email:sales@sxrunsheng.cn
  • Phone:+86 15340667322
  • Whatsapp:+86 15340667322
  • Description

    Zygo 4104C is a high-precision interferometer designed for measuring the morphology of optical surfaces.It uses Fizo interference technique to measure parameters such as surface profile,wavefront distortion and surface roughness of optical elements with nanometer precision.

    Main feature

    High-precision measurement:It can measure the morphology of optical surface with extremely high precision to meet the detection needs of precision optical components.

    Non-contact measurement:no physical contact with the sample is required to avoid damage to the sample.

    Automated measurement:Support automated measurement to improve measurement efficiency.

    Flexible configuration:Can be flexibly configured according to different measurement requirements,suitable for various types of samples.

    Powerful software:Equipped with powerful software to provide data analysis,report generation and other functions.

    4104C ZYGO

    Product parameter

    Model 4104C

    Brand Zygo

    Type interferometer

    Product application

    Zygo 4104C has a wide range of applications in many fields,such as:

    Optical manufacturing:Used to measure the optical surface quality of optical lenses,lenses,prisms,etc.

    Semiconductor manufacturing:Used to measure the morphology of photolithographic masks,wafers and other surfaces.

    Scientific research:Used to study the properties of optical materials,as well as the performance of optical systems.

    Sum up

    Zygo 4104C is a high-precision interferometer that provides a reliable solution for the measurement of optical components.Its high precision,automation and flexibility make it ideal for optical manufacturing and scientific research.