VX8306D
Based on the principle of machine vision measurement and high-precision image analysis algorithms, the VX8306D series instant measuring machines, equipped with double telecentric optical lenses with large depth of field, allow for rapid dimensional measurements by one-click operation.
The VX8306D series is suitable for high-precision dimensional measurement in sectors such as machinery, electronics, molds, plastic injection, hardware, rubber, low-voltage electrical equipment, magnetic materials, precision stamping, connectors and terminals, mobile phones, household appliances, printed circuit boards, medical devices, watchmaking, cutting tools, and more.
- Image sensor: 20 MP CMOS
- Field of view: 230 x 130 mm (wide field) / 216 x 116 mm (high precision)
- Resolution: 0.1 μm
- Load capacity: 7.5 kg
- Dimensions (length x width x height): 531 × 503 × 731 mm
- Weight: 75 kg
| Features | |
|---|---|
| Model | VX8306D |
| Image Sensor | 20MP CMOS |
| Monitor | Built-in 10.4" LCD (XGA:1024×768) |
| Outside 24" LCD (XGA:1920×1080)(Optional) | |
| Acceptance Lens | Double Tlecentric Lens |
| Light | Ring Light - Four-segment illumination(White Light) |
| Back Light - Telecentric transmission illumination(Green Light) | |
| Coaxial Light(optional) | LED parallel light |
| F.O.V. | Wide Field 230*130mm |
| High Precision 216*116mm | |
| Resolution | 0.1um |
| Repeatability of Image Meas. | Wide Field Without Stitching* ±1um |
| Wide field With Stitching* ±1um | |
| High Precision - Without Stitching* ±0.1um | |
| With Stitching* ±0.5um | |
| Accuracy of Image Meas. | Wide Field Without Stitching* ±2um |
| Wide field With Stitching* ±(4 0.02L)μm | |
| High Precision | High Precision Without Stitching* ±0.7um |
| With Stitching* | High Precision With Stitching* ±(2 0.02L)μm |
| Horizontal Rotary Unit (Optional) | Rotation Angle - Range 360°, Resolution 0.02° |
| Rotation Speed 0.2~2rev/s | |
| Max Diameter Φ60mm | |
| Height Meas. (Optical probe) (Optional) | Measuring Range(XY) 120×110mm |
| Max Hole-Depth Ratio(h/φ) 1.64 | |
| Dia. of Beam Φ100μm(Φ18μm optional) | |
| Resolution 0.25μm | |
| Z Non-movement - Range(Z) ±2mm | |
| Z Non-movement - Accuracy ±2μm | |
| Z Movement - Range(Z) 75mm | |
| Z Movement - Accuracy ±(6 0.01H)μm, H is Z moving height in mm | |
| XY Object Table | X Travel range 210mm |
| Y Travel range 110mm | |
| Loading Capacity 7.5kg | |
| Z-Axis Travel range | 75mm |
| Size(LxWxH) | 531×503×731mm |
| Weight | 75kg |
| Input | AC100~240V, 50/60Hz, 2A, 300W |
| Working Environment | Temp.10 |
Observations:
* 1 In the focusing position, the ambient temperature is 20 °C ± 1.0 °C
* 2 In the focusing position, the ambient temperature is 20 °C ± 1.0 °C and the load on the table is 2 kg or less; L is the range of movement of the table (mm)
Applications
VisionX software integrates up to 80 extraction and analysis tools, including:
- Feature extraction (maximum points, center lines, arcs, peaks, etc.).
- Auxiliary tools (creation of points, lines and circles, adjustment of lines, adjustment of circles, tangencies, inscribed circles, etc.).
- Smart labeling.
- Shape tolerances.
- Specific application tools (pitch distance and angle, grooves, threads, circular sections, inclination angles, rounding, etc.).
Measurement results and their main statistical values (such as mean, σ, 3σ, 6σ, Ca, Cp, Cpk, among others) are automatically recorded and archived. In addition, operators can select different filtering conditions for extracting and analyzing historical data.
Statistics
The trend chart displays the regular evolution of measured values, including monotonic and periodic changes, allowing for the monitoring of potential anomalies in the production process and manufacturing equipment. Meanwhile, the histogram reflects the status and distribution of fluctuations in product quality, providing an intuitive visualization of the quality situation during production and facilitating the prediction of product quality and failure rates.
Through diagnostics and quality analysis based on statistical methods, SPC allows for monitoring product quality and the evolution of the manufacturing process. Thanks to this system, it is possible to implement preventative measures during production, reducing subsequent inspections and repairs. As a result, control of the production process is improved, and continuous quality improvement is driven.
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