Wyko NT9100 Optical Profiler 
Accurate, affordable metrology with a small footprint
The Wyko NT9100 Optical Profiling System provides cost-effective convenience and performance – including accurate surface topography with a small footprint -- for quality noncontact three-dimensional surface metrology.
The Wyko NT9100 Optical Profile employs coherence scanning interferometry, also known as white-light interferometry, white-light confocal, or vertical scanning interferometry to produce high quality three-dimensional surface maps of the object under test.
The NEW NT9100S model for photovoltaic (PV) metrology combines nanometer Z-height resolution with millimeter fields of view, providing solar cell manufacturers unprecedented capability to monitor and control surface texture, and to match specific surface measurements to cell efficiency.
Learn more about Solar Metrololgy Solutions
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- Description
- Accessories
& Options - Application
Notes
Wyko NT9100
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Data Sheets
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- For advanced applications in MEMS, thick films, optics, ceramics, and advanced materials research
- Provides fast data acquisition, user-friendly data analysis, and angstrom-level repeatability
- Features compact size, flexible, expandable configuration and motorized, programmable stage
- Sub-nanometer vertical resolution at all magnifications
- Complete system including Wyko Vision® analysis software and X-Y stage automation option
- Unique dual-LED illumination source provides superior non-contact measurements
- NEW NT9100S model for solar cell production features a 156-mm programmable stage and a special porous vacuum chuck to enable edge-to-edge measurements on 6-inch PV cells
Learning Resources
Surface Metrology - Why Measure Surface Roughness?
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Discrete Field of View Multiplier Lenses 
Choose from a range FOV multiplier lenses to increase the final magnification of the objective without affecting final resolution. Multiplier tubes are available in 0.55X, 0.75X, 1.5X, and 2X.
Data Sheets- Wyko NT9000 Series Optical Profiling Systems Objectives Chart
HDVSI Scanning Mode
The High-Definition Vertical Scanning Interferometry (HDVSI) mode utilizes an innovative algorithm to deliver sub-nanometer precision on a wide range of surfaces in a single measurement, significantly streamlining profiler operation for a range of applications.
The HDVSI mode combines the high vertical resolution of PSI with VSI’s ability to measure discontinuous and rough surfaces. The scanning mode is available for all Wyko optical profilers running Vision software version 3.6 or later.
Click here for datasheet [pdf]
In-Motion Solution: MEMS PackageThe NEW In-Motion Solution: MEMS Package for Wyko NT9000 Series Optical Profilers enables detailed characterization of MEMS and other micro-devices during operation, including optical switches, micro-mirrors, and accelerometers. Slow-motion video provides a visual display of sample movement in three dimensions, providing fast static and dynamic surface metrology on a single system.
In-Motion integrates a proprietary stroboscopic illuminator, drive electronics, data acquisition and data analysis software to capture real-time measurement data of a sample as it cycles through its range of motion, at operating frequencies from 11 hertz to 2.4 megahertz.

Click here for low-res datasheet [pdf]
Click here for high-res datasheet [pdf]
Veeco Instruments In-Motion Solution MEMS Package Webinar
Presenter: Bob Chanapan
Duration approx. 39 minutes
File size 83 MB
View it Now!

Install the GotoMeeting Codec to play the webinar video
Click on the image below to view video of In-Motion mirror deformation

Motorized Quadruple Turret
The motorized, programmable four-position turret uses clean and quiet stepper motor/belt drive for quick, efficient operation with minimal contamination risk.
Non-parfocal objectives
Veeco’s objectives feature excellent thermal stability and easy focusing for long-term measurement accuracy. 1.5X L
Data Sheets- Wyko NT9000 Series Optical Profiling Systems Objectives Chart
Parfocal, non-turret-mountable objectives
Veeco’s objectives feature excellent thermal stability and easy focusing for long-term measurement accuracy.2X LWD, 5X LWD, 10X LWD
Data Sheets- Wyko NT9000 Series Optical Profiling Systems Objectives Chart
Parfocal, turret-mountable objectives
Veeco’s objectives feature excellent thermal stability and easy focusing for long-term measurement accuracy. 2.5X L, 5X, 5X L, 10X, 10X BF, 20X, 50X, 100X (NEW)
Wyko NT9000 Series Optical Profiling Systems Objectives Chart [pdf]
Data Sheets- Wyko NT9000 Series Optical Profiling Systems Objectives Chart
Pitch Standard 
Veeco’s certified pitch standard is primarily used for lateral calibration and magnification calibration.
Porous Ceramic Vacuum Chuck 
The porous ceramic vacuum chuck bolts to the stage and provides a secure method for holding small and irregular parts.
Single Objective Adapters 
Veeco offers an adapter for mounting single objectives to the NT profilers, as well as a low-profile adapter for use with long working distance objectives, TTM objectives, and for situations requiring maximum sample clearance.
Solar Metrology Upgrade PackageOptimize your NT9100 Optical Profiling System for crystalline silicon photovoltaic (PV) cell production and process development metrology with a custom 156-millimeter programmable stage that allows for edge-to-edge measurements on 6-inch solar cells. This upgrade package also includes a porous vacuum chuck that securely and safely mounts standard PV cells.
Step Height Standards 
Veeco offers a 10um, 2nd level NIST traceable calibration standard for calibration checking and monitoring, and a 50um, certified PTB traceable calibration standard for calibrating faster speeds.
The Annular Analysis Software Package 
The Annular Analysis Software Package permits advanced analyses such as displacement, acceleration, r-theta, and radial slope for calculating parameters on rings, washers, clamps, etc.
The MATLAB Interface Software Package 
The MATLAB Interface Software Package allows the integration of custom data analysis using the popular MATLAB data visualization environment. The package includes scripts to export OPD files into MATLAB, some simple examples of Matlab analyses, and scripts to re-import the data and results back to Vision, along with a full MATLAB license.
The Optical Analysis Software Package 
The Optical Analysis Software Package provides common analyses used in lens design and manufacturing verification, including such calculations as asphere fit and zernike polynomial coefficient determinations
The Silicon Carbide (SiC) Reference Mirror 
The SiC reference mirror provides ultra-flat, ultra-smooth reference generation for PSI mode and system noise measurements. A data set of the surface with the height listed in angstroms is included with the mirror
The Stitching Software Package 
The Stitching Software Package uses Veeco’s patented stitching capability to increase the field of view by seamlessly fusing adjacent data sets from the sample surface, and analyzing them as a single data set with annular and rectangular layouts. The software effectively enlarges the field of view while maintaining magnification and spatial resolution.
The SureVision Software Package 
The SureVision Software Package provides threshold- and template-based analysis to enhance automation of measurements and allow analysis of a wide variety of samples without the need for many “specialized” analyses. The package permits separation of datasets into individual analysis ‘islands’, and can perform pattern recognition, surface texture and shape analysis for each individual island.
The TCP/IP Control Interface Software Package 
The TCP/IP Control Interface Software Package allows the simplified operation and control of the profiler from an outside application. It provides easy-to-use interface control for the tool (including stages and sample handling) and allows integration of customer-supplied hardware.
The Thick Film Software Package 
The Thick Film Software Package analyzes optically transparent films from 2µm up to 150µm thick by de-convolving the overlapping fringe envelopes, delivering both top and bottom surface shape, and film thickness point by point.
Through Transmissive Media Module
With applications in MEMS, materials science, biological applications, and other challenging research, Veeco’s exclusive TTM module accessory enables optical profiler users to measure high-resolution samples through protective packaging, environmental chambers, or other dispersive materials up to 3mm thick. The universal housing allows for the quick change of magnification and the ability to compensate for variations in cover materials and thicknesses. Objectives are available in 2X, 5X, 10X, and 20X magnifications, providing effective magnifications from 1X through 40X. The TTM module won a 2005 R&D 100 Award for innovative technology.
TTM applications include:
- Hydrophallic/hydrophobic films, plastics, etc. under varying humidity
- Temperature effects on surface shape and roughness
- Packaged micromirror array roughness, tilts, and aberrations.
- MEMS resonance frequency, Bode, Nyquist plots as environment is perturbed
- Packaged devices under in-use atmospheric conditions
- Microfluidic channel roughness, volume, linewidth calculations pre- and post-encapsulation
TTM objectives
Veeco’s objectives feature excellent thermal stability and easy focusing for long-term measurement accuracy. 2X TG, 5X TG, 10X TG, 20X TG
Vacuum Switch Box 
This simple toggle switch box simplifies the use of the NT vacuum and wafer chucks.
Workstation Carts 
Veeco offers a selection of ergonomically compliant carts to provide monitor and keyboard setup and working area. The DMEMS cart, recommended for the NT1100 DMEMS and NT3300 DMEMS instruments and required for CE certification, completely houses the electronics of a full system, and provides a clean workstation for note taking, and holding the recommended dual monitors for analysis and system operation.
To view and download application notes pdf files, select the title below. If you can't view the pdf,
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- Customizing Stage Files for Advanced Automated Measurements (TN600)
- Low-Noise Interferometry Enables Characterization of Steep and Rough Surfaces (AN544)
- Precision Surface Metrology Enables Solar Efficiency Gains (AN543)
- Greater Measurement Detail with High-Definition Vertical Scanning Interferometry (AN541)
- Characterizing CMP Pad Conditioner (AN540)
- Optical Profiling Provides Comprehensive Metrology for Stent Coatings (AN539)
- Blades and Sharps Measurements (AN538)
- Optical Profiling Enable High Volume Stent Manufacturing (AN537)
- Characterizing AFM Cantilevers with Dynamic MEMS (AN536)
- Characterizing Wear with 3D Optical Profiling (AN535)
- Custom Analyses with MATLAB (AN534)
- Characterizing MEMS Devices Through Transparent Media (AN528)
- Ancient Gold Coins (AN524)
- Quantifying Laser-Induced Thermal Deformation of a MEMS Device Static and Dynamic Optical Profiling Characterize Heating-Cooling Cycle (AN522)
- Replication Enables High Resolution Optical Metrology on Hard-to-Measure Surfaces (AN520)
- Optical Profiling Techniques for Characterizing Free-Form Optics (AN519)
- Improving Gauge Capability for High-Speed Process Control (AN515)
- MEMS in Motion: a New Method for Dynamic MEMS Metrology (AN514)
- Accurate Thick Film Measurement with Optical Profiling (AN512)
- Characterizing Surface Quality: Why Average Roughness is Not Enough (AN511)
- Measuring Micro-Lens Radius of Curvature with a White Light Optical Profiler (AN509)
- Absolute Flatness Testing Using a Laser Interferomter (AN506)
- Surface Measurement Parameters for Wyko Optical Profilers (AN505)
- High Speed Surface Measurement with Lateral Scanning White Light Interferometry (AN502)
- Automotive Component Manufacturing (AN501)
- 3D MEMS Metrology with Optical Profilers (AN59)
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