NewView™ 9000 with Coherence Scanning Interferometry Technology

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.

At the core of the system is ZYGO's Coherence Scanning Interferometry (CSI) technology which delivers sub-nanometer precision at all magnifications, and measures a wider range of surfaces faster and more precisely than other commercially-available technologies, thus optimizing your return on investment.

Performance, Value, and Versatility

Flexibility is the hallmark of ZYGO's NewView products. The NewView 9000 profiler offers exceptional value with applications as varied as flatness, roughness and waviness, thin films, step heights and more.

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All NewView 9000 profilers are equipped with a triple-zoom turret which can be populated with discrete zoom optics tailor made for the system. Sample staging configurations range from completely manual to fully automated with encoded travel.

Regardless of your configuration, all NewView 9000 systems offer high-accuracy measurements, ease of use, and fast measurements, all at an attractive price point that make it the ideal choice for versatility and value in 3D optical profilers.

Some of the differentiated features targeted at making users' metrology better, faster, and more reliable: 

  • Large-area 1.9 MP sensor with high sensitivity lets you see more in a single measurement
  • High-speed measurements take only seconds for improved productivity and process control
  • Automated part focus and setup minimizes operator variability and training while reducing the time to data
  • Gage-capable performance through exceptional precision and repeatability for the most demanding production applications.
  • Vibration robust metrology with SureScan technology and available built-in isolation enables high quality metrology even in vibration-prone environments
  • SmartPSI™ technology for ultra-fast profiling of ultra-smooth surfaces
  • 2D and 3D correlation provides confidence in your measurements with results that comply to ISO 25178 and ISO 4287 standards.
  • Mx™ software for instrument control, analysis, and measurement automation

Flexible Configurations

NewView 9000 Stage & Work AreaThe NewView 9000 profiler features an open work area, with clear lines of sight, to help make measurement setups and changeovers simple and quick. Systems can be equipped with a variety of sample staging that range from fully manual X/Y and tilt stages, to fully automated stages with 150 mm of travel and 4 degrees of tilt. With the integrated isolation system and compact size, it is well suited for benchtop installations; using the optional stand and workstation make an ideal production-style system.

 

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Service Brochure
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NewView™ 9000
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3D Optical Profiler Accessory Guide
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3D Optical Profilers
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Nexview™ NX2, NewView™ 9000, ZeGage™ Pro Objectives
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NewView™ 9000
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NewView 9000 OEM Optical Profiler Head Specs
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Nexview NX2 OEM Optical Profiler Head Specs
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Service Brochure
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NewView™ 9000
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3D Optical Profiler Accessory Guide
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3D Optical Profilers
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Nexview™ NX2, NewView™ 9000, ZeGage™ Pro Objectives
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NewView™ 9000
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NewView 9000 OEM Optical Profiler Head Specs
DocumentSpecifications
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Nexview NX2 OEM Optical Profiler Head Specs
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Nexview NX2 Newview 9000 Zegage pro Objective chart
DocumentSpecifications
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Mx™ Software Films Analysis
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Measuring Sub-Angstrom Surface Texture
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Measuring Dynamic MEMS Devices
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Identifying and Controlling Vibration
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PSD Analysis
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Vision Software Suite
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ABS Geometry and MetroPro® Calculations
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Getting the Most from the Advanced Texture Application
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Mx™ Software Films Analysis
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Measuring Sub-Angstrom Surface Texture
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Measuring Dynamic MEMS Devices
DocumentAN-0003
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Identifying and Controlling Vibration
DocumentAN-0006
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PSD Analysis
DocumentAN-0009
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Vision Software Suite
DocumentAN-0011
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ABS Geometry and MetroPro® Calculations
DocumentAN-0012
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Getting the Most from the Advanced Texture Application
DocumentAN-0013
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Filtering on the NewView™
DocumentAN-0014
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Haze Controls Thin Film PV Performance
DocumentAN-0041
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NewView™ 9000 Operating Manual
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NewView™ 9000 Mode d’emploi
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NewView™ 9000 Bedienungsanleitung
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NewView™ 9000 Manuale di istruzioni
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NewView™ 9000 CE DICHIARAZIONE DI CONFORMITÀ
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NewView™ 9000 İşletim Kılavuzu
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Optical Profiler Accessory Guide (for NewView 8/9000, & Nexview/NX2)
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Mx™ Quick-Start Guide
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NewView™ 9000 Operating Manual
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NewView™ 9000 Mode d’emploi
DocumentOMP-0617A (French)
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NewView™ 9000 Bedienungsanleitung
DocumentOMP-0617A (German)
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NewView™ 9000 Manuale di istruzioni
DocumentOMP-0617A (Italian)
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NewView™ 9000 CE DICHIARAZIONE DI CONFORMITÀ
DocumentZYG18-001 (Italian)
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NewView™ 9000 İşletim Kılavuzu
DocumentOMP-0617A (Turkish)
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Optical Profiler Accessory Guide (for NewView 8/9000, & Nexview/NX2)
DocumentOMP-0594M
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Mx™ Quick-Start Guide
DocumentOMP-0570D
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Mx™ Reference Guide
DocumentOMP-0550D
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Mx™ Remote Access Guide
DocumentOMP-0600A
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3D Optical Profilers Are Enabling Reliable Engine Lightweighting
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A new class of wide-field objectives for 3D interference microscopy
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Accurate, repetitive, linear motion from biased piezoelectric actuators
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Advanced Metrology for Energy Efficiency
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Advances in optical metrology
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Angle-resolved three-dimensional analysis of surface films by coherence scanning interferometry
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Applications of model-based transparent surface films analysis using coherence scanning interferometry
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Calibration of the amplification coefficient in interference microscopy by means of a wavelength standard
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3D Optical Profilers Are Enabling Reliable Engine Lightweighting
DocumentArticle
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A new class of wide-field objectives for 3D interference microscopy
DocumentTechnical Paper
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Accurate, repetitive, linear motion from biased piezoelectric actuators
DocumentTechnical Paper
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Advanced Metrology for Energy Efficiency
DocumentTechnical Paper
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Advances in optical metrology
DocumentTechnical Paper
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Angle-resolved three-dimensional analysis of surface films by coherence scanning interferometry
DocumentTechnical Paper
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Applications of model-based transparent surface films analysis using coherence scanning interferometry
DocumentTechnical Paper
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Calibration of the amplification coefficient in interference microscopy by means of a wavelength standard
DocumentTechnical Paper
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Challenges and solutions in the optical measurement of aspheres
DocumentTechnical Paper
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Characterization of materials and film stacks for accurate surface topography measurement using a white-light optical profiler
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