3D Optical 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.

• 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.

• 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.

---