Optical measurement tool (2D and thickness) for O-rings and technical components.
The tool consists of a surface inspection and 2D measurement unit, as well as a laser thickness measurement unit. The operator manually positions the samples to be inspected under the camera, which, thanks to a telecentric lens, captures images without any distortion. The camera also captures an image that is then processed using a tool for detecting surface defects.
The laser unit performs a scan as it moves over the parts and subsequently calculates their respective thicknesses. Data from both inspection units (dimensional and superficial for the 2D, thickness for the laser) is transferred to the computer and made available to the operator through a graphic interface.
Type of Parts | Elastomers, rigid materials |
Color | All, not transparent |
Parts Inspected | O-rings, technical parts |
Characteristics | Clean, free of dust that could alter the part’s surface |
Size | 2 mm ID – 200 mm OD |
Chord/Height | 1 – 50 mm |
Resolution | 0.08 mm/pixel |
Framed Field 5 MP | 210 mm |
Camera Resolution | 9 MP |
Cycle Time | 1 pts/s (camera) 24 s (laser) |
Repeatability | ± 0.013 mm |
Temperature | N/A |
Accuracy | ± 0.027 mm |
Single-Phase Power Supply Voltage | 230 v – 50 Hz |
Maximum Installed Power | 0.5 Kw |
Degree of Electrical Protection | IP 44 |
Average Consumption | 0.02 Kw |
Resolution | (A) 0.5 mm, (B) 1.5 mm |
Framed Field | (A) 0.1 mm – 8 mm, (B) 0.1 mm – 16 mm |
Measurement Increments | 0.01 mm |
Linearity | (A) 8 mm, (B) 16 mm |
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