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General| Brand | ZYGO |
|---|---|
| Model | NewView 7200 |
| Category | Laboratory Equipment |
| Language | English |
Denotes a hazard that could cause injury to personnel and damage to equipment.
Failure to follow safety precautions could result in damage to personnel and the instrument, and may void the warranty.
Failure to follow safety labels on the equipment and manual recommendations could result in damage to personnel and instrument.
Describes the ZYGO NewView optical profiler as a 3D surface structure analyzer using scanning white light interferometry.
Base optical profiler with high resolution camera, manual zoom lens, filter tray, aperture stop, and closed loop transducer.
Model 7200 features plus aperture stop, enhanced illuminator, faster camera, and automatic 3-position zoom lens turret.
High-quality discrete field zoom lenses for superior image magnification, available in powers 0.5X to 2.0X.
Options for mounting objectives: single dovetail, manual 6-position turret, or motorized 6-position turret.
Standard 640x480 VGA camera; optional 992x992 1K ultra-high resolution camera.
Available stages include 1-axis, 3-axis, and 5-axis configurations with motorized options.
Provides 3D measurement data; focus by driving sensor up/down via Z-axis motorized stage.
Gather light, create interference by dividing light paths, and form fringes indicating surface structure.
Holds the test part and provides positioning under the objective.
Houses system electronics, provides power, and interfaces with the computer.
For system control, data storage, and running MetroPro software.
Worktable nests against isolation table; isolation table protects profiler from vibrations.
Monitor, Joystick, Keyboard, and Mouse for operation and data entry.
Distributes power, provides surge protection, and acts as a disconnecting device.
Uses scanning white light interferometry to image and measure surfaces without contact.
Illustrates camera, zoom lens, F-Stop, Filter Tray, PZT, and objective function.
Describes site/utility requirements and installation instructions; warns against unauthorized installation.
Covers vibration, floor stability, and acoustic noise considerations for optimal performance.
Details requirements for air turbulence, temperature, and cleanliness.
Specifies electrical power needs and compressed air requirements for the system.
Shows dimensions for the optical profiler unit itself.
Shows overall system dimensions including worktable and operator clearance.
Provides detailed dimensions for the manual X/Y stage and parcentric stage.
Provides detailed dimensions for the motorized X/Y stage and parcentric stage.
Steps to inspect, verify, and prepare the site and equipment before installation.
Instructions for unpacking and assembling the vibration isolation table.
Steps for placing worktable, electronics, computer, and connecting cables and power.
Steps for attaching the sensor, z-stage, rear panel, and filter tray to the column.
Detailed steps for adjusting the sensor height using the riser plate and screws.
Guidance on lateral alignment and part height for better stage performance.
Steps for aligning and securing the X/Y stage onto the parcentric stage.
Steps for mounting the motorized stage and securing it with screws.
Using masks, Pattern Editor, and joystick for X/Theta stage alignment.
Lists requirements for parcentric stage realignment: objective, software, and alignment aid.
Detailed steps for aligning the parcentric stage using visual cues and adjustments.
Guidance on locating part height, using registration pins, and securing parts.
Guidelines for removing protective caps and routing cables to avoid vibration.
Diagram showing typical connections between computer, monitor, microscope, and electronics.
Instructions on routing cables from keyboard/mouse and securing profiler cables to avoid interference.
Detailed steps for installing field zoom lenses into the turret, including door removal and lens insertion.
Steps for aligning, pushing, and securing the objective turret onto the sensor dovetail receiver.
Diagram illustrating objective mounting via single dovetail or turret with adapters.
Steps for removing objectives from storage, screwing in adapters, and threading objectives into the turret.
Steps for mounting a single objective using the dovetail mount, including alignment and securing.
General guidance on operating the interferometer and its core functions.
Steps for powering on all components and logging into Windows to start MetroPro.
Steps for saving data, closing applications, quitting MetroPro, shutting down Windows, and powering off.
Explains the function of A-Stop, Filter Tray, F-Stop, Dovetail Lockscrew, and optional Turret.
Highlights pinch hazards and crash warnings when operating the instrument.
Details the available filter settings and their impact on coherence length and measurements.
Instructions for installing and removing items from the square dovetail receiver.
Describes the meaning of the FAULT, MOTION STOP, EMERGENCY STOP, and POWER indicator lights.
Details connectors, switch, receptacle, and indicators for the power module.
Describes stage axes, motor/encoder connectors, and sensor module connectors.
Explains joystick controls for Z-axis, X/Y, Pitch/Roll, and emergency stop functions.
Describes manual stage controls and how to adjust for lateral and angular alignment.
Covers using function keys, the Light Level window, and manual adjustment keys.
Details Z-Stop setup, part setup for manual/motorized stages, and objective setup for 50X/100X.
Steps for setting software controls, positioning the profiler, and adjusting focus and light level.
Guidance on using the Light Level window to help find fringes by adjusting tip/tilt.
Explains nulling as minimizing fringes and how surface type affects the process.
Visual examples of correctly nulled fringes for different surface types.
A step-by-step visual guide illustrating the process of nulling fringes on a flat surface.
Describes how the F-Stop controls illumination diameter and aids in focusing on featureless parts.
Visual example showing the F-stop system when it is out of focus.
Visual example showing the F-stop system when it is in focus with visible fringes.
Explains A-Stop use for controlling illumination angle, especially for thin films or narrow features.
Covers lateral calibration for magnification and using system error files to eliminate artifacts.
Provides considerations for selecting objectives based on power, resolution, and work smart principles.
Steps for focusing and finding fringes with the 1X objective, noting its large field of view.
Details on setting up the turret for balanced weight and automating measurements by moving the turret.
Explains how the scan length control determines scan duration and data acquisition time.
General maintenance procedures including equipment and optical component cleaning.
Emphasizes keeping the environment clean and handling equipment, especially objectives, carefully.
Lists recommended intervals for cleaning and lubricating system components.
Lists common spare parts like fuses, line cords, and lubricants with ZYGO part numbers.
Wiping painted surfaces and covers with a damp cloth and mild soap solution.
Describes cleaning the fan filter using a vacuum cleaner to remove dust.
Details precautions for cleaning optics and lists recommended cleaning materials like gloves, tissue, and solvents.
Provides methods for cleaning optics affected by dust, dirt, fingerprints, oil, and water spots.
Detailed steps for lubricating the pitch and roll motors of the motorized parcentric stage.
Steps for lubricating the Z stage carriage end plates and ballscrew.
Steps for lubricating the Y-axis and X-axis carriage end plates and ballscrews.
Information on obtaining service from ZYGO trained personnel and contacting customer support.
Outlines the process for returning equipment to ZYGO, including obtaining an RA number.
Details warranty periods for standard products from shipment date.
Details warranty periods for non-standard and custom products.
Outlines ZYGO's process for repair or replacement of defective equipment.
Policy for returning unused and undamaged products within 30 days for credit.
Lists conditions and actions that void the warranty or are not covered.
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