>>Features
1.High Precision Counting
Optical sensors, laser scanning or mechanical probe technology can quickly identify and count the number of teeth on the synchronous belt with extremely small errors (usually within ±1 tooth).
Suitable for synchronous belts of different pitches (such as MXL, GT2, HTD, etc.) and materials.
2.Automated Operation
There is no need to manually count teeth one by one. Rapid scanning can be achieved through automatic conveyor belts or rotating mechanisms, greatly improving efficiency (such as detecting dozens of teeth per second).
3.Tooth defect detection
It can simultaneously detect defects such as missing teeth, tooth wear, cracks, deformation, etc. to ensure the quality and transmission reliability of the synchronous belt.
4.Strong compatibility
It can adapt to synchronous belts of different widths, thicknesses and tooth shapes (such as arc teeth, trapezoidal teeth, etc.), and can be flexibly switched by replacing the fixture or adjusting the sensor parameters.
5.Data recording and analysis
Built-in software records inspection results (e.g. number of teeth, defect location) and supports report generation or connection to a production management system (MES).
>>Benefits
1.Improved efficiency
Manual tooth counting is time-consuming and error-prone, while tooth counting machines can complete counting in a few seconds, which is suitable for mass production or quality inspection scenarios.
2.Reduced human errors
Avoids the problem of missing and repeated counting during manual counting, especially for long synchronous belts (such as hundreds of teeth).
3.Quality control
Through the defect detection function, defective products can be eliminated in advance to reduce the risk of equipment downtime caused by synchronous belt failure.
4.Cost savings
In the long run, reduce labor costs, rework costs and after-sales maintenance costs.
5.Standardization support
Ensure that the number of synchronous belt teeth meets international standards (such as ISO 5296) to meet high-precision transmission requirements.