Zygo Corporation - AMETEK, Inc
38 products found

Zygo Corporation - AMETEK, Inc products

3D Optical Profilers

Zygo - 3D Optical Profiler

The ZeGage Pro and ZeGage Pro HR 3D optical profilers provide non-contact measurement and characterization of micro- and nano-scale features of many types of surfaces, ensuring quality control and process monitoring in your manufacturing environment.

Zygo - 3D Optical Surface Profiler

The NewView 9000 3D optical surface profiler provides powerful versatility in non-contact optical surface profiling. With the system, it is easy and fast to measure a wide range of surface types, including smooth, rough, flat, sloped, and stepped. All measurements are nondestructive, fast, and require no sample preparation.

Zygo - 3D Optical Profiler

Designed for the most demanding applications, the Nexview NX2 3D optical profiler combines exceptional precision, advanced algorithms, application flexibility, and automation into a single package that represents ZYGO`s most advanced Coherence Scanning Interferometric (CSI) profiler.

Zygo - Large Format Inspection & Metrology System

The Nexview 650 metrology system is an inspection tool for automated measurement of injection molding tooling, PCBs, glass panels and other samples requiring an extended work volume up to 650 x 650 mm. It provides 2D & 3D measurements of a variety of surface features with sub-nanometer vertical precision and sub-micron lateral precision.

Zygo - Industrial Enclosure

Optimize efficiency by using your ZYGO optical profiler right on the shop floor. Now you can meet the most rigorous standards for precision metrology under challenging environmental conditions. Our Guardian enclosures isolate the metrology core from the surrounding environment, so you get optimal performance when and where you need it. Designed and built by ZYGO exclusively for our optical profilers, Guardian enclosures are built to perform and last.

Zygo - 3D Optical Profiler Systems

Leverage and integrate our industry-leading technology. Do you have a need for precise, high-speed, non-contact surface metrology and inspection? Are you an OEM manufacturer or system integrator looking to partner with a leading company with the experience to ensure your success? ZYGO`s 3D Optical profilers are now available as a fully integrable solution with a long history of successful production integrations.

Zygo - Metrology System

ZYGO`s Compass 2 metrology systems set the benchmark for automated, non-contact 3D surface metrology and process control for discrete micro lenses and molds critical to compact camera modules found in smart phones, tablets, and automotive vision systems.  At their core is ZYGO’s Coherence Scanning Interferometry (CSI) technology which delivers industry-leading precision, versatility and speed for repeatable metrology and production process control.

Laser Interferometers

Zygo - Advanced Laser Interferometer

For more than 50 years, phase-shifting interferometry has been the technology of choice for high-precision surface form metrology instruments. These interferometers provide fast and reliable measurements of surface form error and transmitted wavefront of optical components, systems, and assemblies. From research environments to a wide range of industrial applications, laser interferometers offer high levels of data traceability for quality assurance and post-production analysis. They have become an integral part of the manufacturing process. Zygo’s Qualifire represents a leap forward for laser interferometers by providing solutions to known challenges for instruments of this type.

Zygo - Laser Interferometer System

The Verifire interferometer system provides fast and reliable measurements of surface form error, and transmitted wavefront of optical components, systems and assemblies.

Zygo - Confident Metrology System

Purpose built for reliable interferometry in vibration-prone environments; versatile and flexible enough to address a wide range of application needs from high-end telescope testing to live phase feedback for active alignment of optical systems.