Suzhou Unite Precision Technology Co., Ltd.
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High Vibration Frequency Vibration Motor For Vision System High-Accuracy
The application of vibration motors in visual systems can bring precise control and positioning, as well as enhance the functionality of the visual system. The following are some application examples of vibration motors in visual systems:
1. Material positioning and sorting: Vibration motors can be combined with visual systems to position materials at designated positions for subsequent sorting, processing, or assembly operations. The visual system recognizes the position and attributes of materials, and then accurately positions and arranges materials by adjusting the parameters of the vibration motor.
2. Positioning during assembly process: During assembly tasks, the visual system can identify the position and direction of components, while the vibration motor can be used for precise positioning and alignment of these components. This helps to ensure the accuracy and efficiency of assembly.
3. Accurate correction: The vibration motor can be used to accurately correct the position of mechanical components with the assistance of the visual system. The visual system receives feedback, and the vibration motor makes small adjustments to optimize position accuracy.
4. Detection and Sorting: The visual system can recognize the features of objects, while the vibration motor can sort or group objects based on these features. This is very useful in quality control and material classification.
5. Precision machining: Vibration motors can be used under visual guidance to locate workpieces that require precision machining. The visual system monitors the machining process, and the vibration motor can be used to fine tune the position.
6. Automated testing: The visual system can capture images or data of the test object, and the vibration motor can be used to control the motion and position of the test object to achieve automated testing.
7. Positioning of lenses and optical systems: In optical systems, vibration motors can work in collaboration with the visual system to accurately locate lenses, lenses, or optical components, achieving precise optical path calibration.
8. Fine adjustment: The vibration motor can be used for minor adjustments to the system to achieve focusing, leveling, or alignment operations, thereby optimizing image quality or instrument performance.
In summary, vibration motors have a wide range of applications in visual systems and can provide critical functions for automation and precision control tasks. By combining real-time information from the visual system with precise control of vibration motors, higher accuracy, efficiency, and automation levels can be achieved.
The Vibration motor is a kind of high-power brushless motor with compact structure and small current. Designed to provide reliable and effective vibration excitation and support for a variety of applications. The flexible vibration voice coil motor has the advantages of short response time, high vibration frequency, good induction and good stability. The flexible vibration plate of voice coil motor adopts special drive and control technology, which can realize the forward and reverse motion turning, dispersion and aggregation of parts. Vibration motors are designed to provide high efficiency vibration excitation for applications such as vibrating screens, vibrating conveyors, vibrating feeders, vibrating machinery and other industrial equipment.
| Winding constant | VALUE | UNIT |
| DC resistance | 10.2 | Ω |
| Voltage @ Fp | 25.9 | V |
| Current @ Fp | 2.6 | A |
| Inductance | 1.3 | mH |
| Peak force | 20.5 | N |
| Con force | 8.9 | N |
| Actuator constant | 2.55 | Ka |
| Power @ Fp | 65.3 | W |
| Total stroke | 3 | mm |
| Max winding temp | 150 | ºC |
| Actuator weight | 110 | g |
Technical indicators & specifications can be customized
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voice coil motor:
1.Travel: effective travel, used to calculate the the total travel of value force.
2.The direction of movement: horizontal or vertical installation 90 degree.
3.Load force: constant in the reverse direction of force on the motor, such as springs, etc.
4.Load weight: the total quality part of movement, including the quality slider
5.Movement Type: 1.point to point movement; 2.the reciprocation of the rule (e.g. scanning).
6.Velocity curve: 1.a trapezoidal speed curve; 2.triangular speed curve; 3.sine speed curve.
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