English
русский1. High-precision slider and stroke control technology
The high-precision slider and stroke control technology of the 42500kg precision press is one of its core advantages. This model of press has a slider stroke adjustment range of 20-30mm, allowing precise adjustment according to different processing needs. This precise stroke adjustment not only meets various production requirements, but also ensures the dimensional consistency and shape accuracy of the processed parts. The slider system uses advanced rolling bearing and guide rail technology to significantly reduce friction and wear, thereby improving the stability and accuracy of movement. The high-precision design of the slide also includes an advanced control system that maintains consistent processing results under different stamping speeds and load conditions. This high-precision technology ensures precise control of every link in the production process, improves production efficiency and product quality, and enables the press to perform excellently in processing tasks that require high precision.
2. Advanced mold height adjustment system
The precision press's mold height adjustment system is another key technology, which allows users to accurately adjust the mold height within a range of 425mm. This design greatly improves the flexibility of the press and can adapt to molds of different thicknesses and sizes to suit various processing needs. The mold height adjustment system uses high-precision nuts and guide rails to ensure stability and reliability during the adjustment process. The system design focuses on user convenience and is equipped with easy-to-adjust controls, allowing operators to quickly and accurately adjust the mold. Precise mold height adjustment not only improves processing accuracy, but also reduces production problems caused by mold mismatch, improving production efficiency and product consistency. The advanced nature of this system enables the press to maintain efficient and stable performance in changing production environments.
3. High load-bearing capacity and stable bed design
The bed design of the 42500kg precision press has extremely high load-bearing capacity and stability, ensuring the reliability of the equipment in high-intensity operations. The bed area is 1700x950mm, which provides a broad support surface and can effectively support the pressure and vibration of the press during heavy-duty stamping operations. This design is crucial to ensure the long-term stability of the equipment, because the stability of the bed directly affects the accuracy of the machined parts. The press bed is made of high-strength cold-rolled steel, which is precision machined and heat treated to enhance its rigidity and durability. The structural design of the machine bed also includes optimized support points and load distribution, ensuring stable operation of the equipment under various operating conditions. This high load-bearing capacity and stable design enables the press to maintain excellent performance in harsh production environments, ensuring the consistency and reliability of processing quality.
4. Efficient motor and power system
This model of precision press is equipped with a 60HP (approximately 44.7kW) motor, which is the core component of its power system. The high-power motor can provide sufficient power support to meet the operation needs of the press during high-load stamping operations. The high efficiency of the motor enables the press to complete large-scale production tasks in a shorter period of time, thereby significantly improving production efficiency. The motor system adopts advanced motor control technology to optimize energy consumption and operational stability. By precisely controlling the operating status of the motor, users can adjust the output power of the motor according to different production needs, further improving production flexibility and efficiency. In addition, the design of the motor system also takes into account noise control and vibration reduction, ensuring the comfort of the operating environment and the long-term stable operation of the equipment. This efficient motor and power system design enables the press to perform well in a variety of industrial applications.
5. Precision slider adjustment and control system
The 42500kg precision press is equipped with a 50mm slide adjustment function. This system is the key to ensuring processing accuracy. The slide adjustment system allows users to make subtle slide position adjustments based on specific processing requirements, thus ensuring high precision in each stamping process. This precision adjustment system usually consists of high-precision adjustment devices and sensors, which can monitor and adjust the position of the slider in real time to ensure consistency and stability during the machining process. The design of the slider adjustment system also focuses on ease of operation, allowing technicians to complete settings quickly and accurately, reducing operational complexity. This precision adjustment and control technology not only improves the processing capacity of the press, but also reduces production problems caused by improper settings, improving production efficiency and product quality. The precision and reliability of the slide adjustment system enable the press to excel in demanding machining tasks.
