Product Name:Optical Image Measuring Instrument (Multi-sensor Fusion series)
1, composite optical system: through a variety of forms of lighting can stably detect the edge
2, high resolution dual telecentric lens: ultra HD CMOS sensor
3, 3D topography coplanarity function, 3D topography flatness, height difference function, 3D probe measurement system
COBEK-Fusion series 3D multi-sensor measuring equipment with large travel and large field of view
An innovative large field of view multi-sensor precision dimensional measurement system with 3D capability
Floor type flash metering system
The core structure is the telecentric large-field optical device and the automatic XYZ three-axis servo motor system, with the large field of vision infinite telecentric optical system, the mirror barrel and tens of millions of industrial digital cameras, diversified sensors, and the mobile table system with 400 mm x 400 mm measurement area. When testing products, first of all, the workpiece to be tested is placed on the workbench of the optical measurement system, and the detection program of the product to be tested is automatically called out. Through continuous processing of the image, the detection requirements are completed and the detection speed is extremely high.
Model | External dimension | Instrument weight | Glass table bearing | Instrument power supply | |
COBEK-Fusion400 | 1000*1250*1750mm | 525kg | 30kg | 220V/50/60 Hz | |
Large field of view 2D plane size optical measurement system performance parameters:
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Large field of view Maximum measurement range | Large field of view measurement accuracy | Large field repeatability | |||
400*400*200mm
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Exy≤3.5um (Planar accuracy) |
±3.0μm |
One-click + automatic recognition, rapid and accurate measurement of plane geometry | ||
3DLaser non-contact high precision measurement system performance parameters:
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Maximum laser measurement range | Z-axis measurement accuracy | Measurement repeatability | |||
300*300*200mm
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±(3.5+0.02L) μm (3D-Z Shaft accuracy) |
2.0μm |
It mainly realizes the measurement requirements of flatness, height break difference and surface profile
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3D The topography line scan camera can quickly measure the performance parameters of flatness and coplanarity system:
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3D Maximum measuring range of the camera | Z Shaft measurement accuracy | Measurement repeatability | |||
200*300*200mm | ±5.5 μm (3D-Z Shaft accuracy) | 3.0μm | Achieve flatness, coplanarity measurement to generate 3D topography graphics, can do fine analysis
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Three dimensional contact probe is used to measure the performance parameters of the system:
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Maximum measuring range of the probe | Z-axis measurement accuracy | Measurement repeatability | |||
300*300*200mm
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±(3.5+0.02L) μm (3D-Z-axis accuracy) |
3.0μm |
Mainly to achieve cylindrical, deep hole measurement requirements |
Product advantage
1, large field of view imaging, field of view size similar to the traditional contour projector, easy to achieve one-click simplex, multi-workpiece rapid measurement needs;
2, 3D multi-sensor, one-click quick flash measurement can also accurately measure 3D dimensions designed for efficient measurement, fine features and optimized multi-measurement system;
3, industrial Hikang 10 million digital camera high resolution, durable, reliable visual imaging system;
4, coplanarity, flatness, profile is also easy to quickly measure with one click
5, the flash measuring machine can also be compatible with contact probe measurement, and the workpiece that needs fine probe measurement can also be accurately detected, to achieve a diversified measurement system compatible with flash measurement and probe
Product characteristics
1, composite optical system: through a variety of forms of lighting can stably detect the edge
2, high resolution dual telecentric lens: ultra HD CMOS sensor
3, 3D topography coplanarity function, 3D topography flatness, height difference function, 3D probe measurement system