Machine features
1. Can detect the front angle, back angle, and tilt angle of the circular saw blade
2. Can detect the grinding pattern of circular saw blades
3. Can detect the fluidity of alloy welding materials
4. Can save images during detection
5. The detected angle can be output and saved
6. Equipped with wireless keyboard and mouse
7. Equipped with two high-definition industrial cameras and a 200x lens
8. Equipped with three-axis manual fine-tuning fixtures for easier debugging
| Blade Diameter |
Ø110-Ø600 |
mm |
| Blade thickness |
≤10 |
mm |
| Front Angle |
-10~+45 |
° |
| Rear angle |
-10~+45 |
° |
| Supply voltage |
AC220 |
V |
| Power |
0.1 |
KW |
| Weight |
150 |
Kg |
| Machine tool dimensions |
960x900x1400 |
mm |
Alloy saw blade angle detection instrument: guarantee for precise cutting
In many industries such as metal processing and wood processing, the cutting accuracy of alloy saw blades is crucial, and the precision of saw blade angles directly affects cutting quality and efficiency. The emergence of alloy saw blade angle detection instruments provides strong support for quality control in the production and use of saw blades.
1, The working principle of the instrument
These types of instruments are usually based on optical measurement principles. By using high-precision cameras combined with high-power microscope lenses, key angles such as tooth profile angle, front angle, back angle, and side angle of the saw blade can be accurately captured. Light shines on the surface of the saw blade, forming a specific path through reflection or refraction. The sensors in the instrument convert these optical signals into electrical signals, which are then calculated through complex algorithms to obtain specific values for each angle of the saw blade, and compared with the preset standard angle values.
2, The main components of the instrument
1. Measurement platform: provides a stable placement plane for the saw blade, ensuring that the saw blade does not shift or shake during the measurement process. Its surface usually has good flatness and wear resistance, and is equipped with fixtures that can firmly fix saw blades of different sizes.
2. Optical measurement system: This is the core component, including high-resolution cameras, laser emitters, optical lenses, etc. The camera is responsible for collecting image information of the saw blade, while the laser is used to assist in angle measurement. By emitting a laser beam at a specific angle, the reflected light angle on the surface of the saw blade is measured to improve the accuracy and precision of angle measurement.
3. Data processing unit: Equipped with a powerful processor and professional measurement software, it can quickly process and analyze the collected optical data. Convert raw image data into angle data and display measurement results through an intuitive interface. It also has data storage, query, and statistical functions, making it convenient for users to manage and trace the quality data of saw blades.
4. Display and operation interface: Generally equipped with a LCD screen, the measurement results are presented in a clear and intuitive manner, including specific values, deviation ranges, and judgments of qualification for each angle. The operation interface is simple and easy to understand, and users can operate the instrument through buttons or touch screen, such as starting measurement, switching measurement modes, setting parameters, etc.
3, Advantages of Instrument Application
1. High precision guarantee: It can accurately measure angles to several decimal places, ensuring that even small deviations in the saw blade angle can be detected, effectively avoiding problems such as rough cutting surfaces, dimensional deviations, and material waste caused by inaccurate saw blade angles, and improving product processing quality.
2. Efficient detection: The automated measurement process and fast data processing capability greatly shorten the detection time of a single saw blade. In the mass production process of saw blades, it can quickly complete the quality inspection of a large number of saw blades, improve production efficiency, and reduce production costs.
3. Improvement of quality stability: Through strict inspection and quality control of saw blade angles, it helps to ensure the consistency and stability of saw blade products, so that each saw blade can meet the same performance standards, enhance the competitiveness of enterprise products in the market, and reduce customer complaints and returns caused by quality problems.
4. Easy to operate: The design of the instrument focuses on user experience, with a user-friendly interface. Even non professional technicians can operate it proficiently after simple training, reducing the labor training cost and equipment usage threshold for enterprises, and facilitating the promotion and application on the production line.
The angle detection instrument for alloy saw blades plays an indispensable role in modern manufacturing. It is a key technical equipment to ensure the quality of saw blades, improve production efficiency, and promote industry development. With the continuous progress of technology, its measurement accuracy and function will be further improved, providing a more solid foundation for the high-quality development of the manufacturing industry.
){kind=link}