3D non-contact measurement is now a reality thanks to Quick Vision Pro. Harness the power of high-throughput non-contact technology from Mitutoyo to conquer any of today's technological innovations and industrial challenges.
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StrobeSnap is a high throughput, non-stop measurement mode that combines Stream with traditional mode for up to 45% faster measurements. |
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High-performance tracking auto focus can measure the surface height from mirror to rough finishes with high accuracy & speed. Experience 30% speed improvement over other machines. |
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QV Pro machines guarantee stated accuracy by conforming to ISO 10360-7. Calibration to these standards is available upon request. |
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Multiple hardware options available for advanced functionality. Stream provides amazingly high throughput by combining non-stop camera motion with strobe lighting. The TP20 probe can measure sides of an object without rotating it. Optional colored lighting emphasizes edge contrast. Points from focus (PFF) scans capture multiple cross-section images for a 3D scan. |
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Powerful intuitive software and optional CAD programming for advanced functionality. QVPak for programming & operations. QV3DCAD optional CAD programming software. MiCAT Reporter uses a GUI to output QVPak results to various formats. |
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MeasurLink® software collects measurement data and stores it in a centralized database for advanced analysis and reporting. Reduces costs, ensures quality & improves efficiency across your organization. |
Take Your Non-Contact Measurements to the Next Level
The Mitutoyo Quick Vision Pro Series is the latest generation of Mitutoyo vision measurement systems, packed with high-performance technologies that greatly improves 3D non-contact measurements and productivity. This highly advanced measuring system delivers even more speed, efficiency and versatility with features and components that stand above all the rest.
StrobeSnap
A magnified image captured through the optical lens is displayed on a PC screen. It combines high-speed measurement mode with traditional mode for up to 45% faster measurements.
Touch Trigger Probe
By using a touch trigger probe, the system can capture a 3D object by measuring its sides at a given height without rotating it, something that is difficult with the camera alone.
CPS Probe
Differences in the focal length of the white light source are used to measure an angled surface. Additionally, thickness of a thin, transparent object is measured by simultaneous detection of surface heights at two points on the object.
White Light Interferometer
Using the white light interference that occurs between the system and the object, the system performs high-accuracy 3D measurement for surface texture analysis (roughness, etc.) and shape measurement (irregularities of several μm) in a minute area.
Tracking Auto Focus
Laser emitted from the objective lens enables automatic focusing. The system automatically keeps the object in focus according to its shape, eliminating the task of focus adjustment and increasing measurement throughput.
Medical
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High accuracy for ultra-small devices
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Ensure quality of advanced manufacturing
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Up to 4800X optical magnification
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High accuracy 3D measurement
Automotive
- Flexible measurement of EV parts
- Meet rigorous QC standards
- Enable programming using 3D CAD
- Optimized for advanced part technologies
Semiconductor
- Continuous measurement in mass production
- Prevent nonconformities on the fly
- 3D measurement with multiple sensors
- Detect contaminants, burrs & cracks