AUTOMATED 2D AND 3D INSPECTION
The InspecVision Accuity is an automated 2D and 3D inspection tool with a large field of view, telecentric gauging system. This newest addition to the InpsecVision line has a certified accuracy from 6 microns and scans parts greater than 160mm in diameter. The total set up and inspection time for parts scanned on this system is around 4 seconds, one of the fastest on the market.
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Technical Specifications
- Max Single Scan Area | 119mm (X) x 90mm (Y)
- Max Single scan depth | 60mm (Z)
- Camera | >18 megapixels
- Lens | Telecentric
- 2D Single Point Repeatability 1 | 1.5 microns
- 2D Accuracy 2 | 6 microns
- 3D Single Point Repeatability 3 | 1.8 microns
- 3D Accuracy 4 | 10 microns
- 2D Scanning time | 0.1 seconds
- 3D Scanning time 5 | 10 seconds
- Peripheral equipment | Table lighting controller, Standard Computer Interface
- Calibration Kit | Included as standard, retro-reflective reference markers mounted onto steel plate with repositioning frame
- 3D Accuracy Verification Object | Included as standard, calibrated hardened steel ball bar
- Accuity construction | Frame with removable sheet metal cladding
- Projection Source | Full HD 1080p 1920×1080 native resolution LED projector
- Data Cables | HDMI and USB3
- Power Supply | 110-240V 50/60/Hz
- Power consumption | 2 Amp maximum at 230 Volt, 4 Amp max at 110 Volt
- EC directives | Compliant with Machinery, Low voltage and EMC Directives
- Paint Color | Frame and Outer canopy: RAL5013 Blue
- Ambient Operating Conditions | 5-35 degree C
- Approx Footprint width/ depth/ height/ weight | 710mm (W) x 963mm (D) x 2005mm (H) 225kgs
- Standard Packing | Export crate suitable for sea shipping
- Warranty | One year limited warranty on hardware and software
- Tested using multiple scans of ISO10360-4 reference object in single position
- Tested on ISO1036-4 reference object by applying ISO10360-4 to 2D scanning system across > 80% of scanning area
- Tested using distance between ball bar spheres in single position
- Tested by measuring distance between ball bar spheres throughout the measuring volume
- Typical scanning time, may vary according to object surface finish and size
- Actual measuring accuracies achieved will depend on operating environment, user input, quality and condition of materials