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1. High-quality structural design
The sturdy frame structure is usually welded with high-strength steel, which can withstand large impact force and torque and reduce vibration and deformation during operation. At the same time, the layout and transmission system of the four axes are reasonably designed to make the rotation of the four axes more stable and the power transmission more uniform, avoiding the unstable operation caused by the imbalance of the axis or the poor transmission.
2. High-precision manufacturing process
During the production and manufacturing process, the processing accuracy of each component is strictly controlled. For example, the processing accuracy of the shaft must ensure its concentricity and straightness to ensure that the shaft will not swing or eccentric during rotation. The manufacturing accuracy of the blade is also very important to ensure the dimensional accuracy and edge quality of the blade, so that the blade can be evenly stressed when shredding materials, reducing the vibration of the equipment caused by the blade quality problem.
3. Reliable bearing and sealing system
Select high-quality bearings that can withstand large radial and axial loads, and have good wear resistance and lubrication properties to ensure smooth rotation of the shaft. In addition, it is equipped with a reliable sealing system to prevent materials and dust from entering the bearings and transmission system, avoiding wear and failure caused by impurities, thereby ensuring the stability of equipment operation.
4. Stable power system
Adopt motors and reducers with stable performance to provide sufficient and stable power for the equipment. The power of the motor should be reasonably matched according to the actual working needs of the equipment to avoid insufficient power or overload. At the same time, the transmission ratio of the reducer should be selected appropriately to ensure that the equipment can maintain stable speed and torque output under different working conditions.
5. Perfect control system
Equipped with advanced control system, it can monitor the operating status of the equipment in real time, such as motor current, temperature, shaft speed and other parameters. When an abnormal situation occurs, the control system can send out an alarm signal in time and take corresponding protective measures, such as automatic shutdown, speed adjustment, etc., to avoid unstable operation or even damage of the equipment due to failure.
