[ZYGO] Zygo 3D Optical Profiler

2025-10-28

Nexview 3D optical surface profiler excels at measuring all surfaces from supersmooth to very rough, with sub-nanometer precision, independent of field of view.
Measurement types include flatness, roughness, large steps and segments, thin films,and steep slopes, with feature heights ranging from < 1 nm up to 20000 µm.

[ZYGO] How to unpack and install the Zygo Mark II 4-inch interferometer system?

2025-10-28

Mark II host: The core function is to collect real-time interference patterns, including a 632.8nm circularly polarized output HeNe laser (replaceable on site), laser power supply, beam splitter spatial filter (BDSF), CCTV camera, and a sealed optical cabin to protect precision optical components. It is equipped with accessory sockets (for installing transmission components) and a remote control box (connected by cables).
Video monitor: Display real-time interference patterns collected by the host, 9-inch diagonal screen, equipped with a universal bracket, can be placed on the desktop or installed above the host through a dedicated lifting bracket, supporting flexible adjustment of viewing angle to optimize observation effect.
Optional VP-2 video printer: uses specially coated paper to provide hard copy recording of interference fringe patterns for easy archiving and analysis.

[ZYGO] Zygo NewView 9000 3D Optical Profilometer Technology Advantages

2025-10-28

NewView 9000 is a high-end desktop 3D surface profilometer launched by Zygo, which adopts non-contact measurement technology and is designed for "high-precision, wide adaptability, and high robustness" surface characterization. It can cover the full scene measurement requirements from "atomic level smooth surfaces" to "rough microstructure surfaces". Typical applications include surface morphology, texture, and step height analysis of MEMS devices, optical components, precision mechanical parts, etc.

[ZYGO] Zygo NewView 9000 3D Optical Profilometer Technology

2025-10-28

The Zygo NewView 9000 system technical specification document provides a detailed list of equipment model parameters, measurement principles, hardware configuration, performance indicators, sample adaptation range, and environmental requirements. Its core positioning is high-precision non-contact surface morphology measurement equipment, suitable for micro and nano scale surface analysis in scientific research and industrial scenarios. The following summarizes the system from key dimensions: