+86-575-83030220

Wholesale CNC Spring Grinding Machine

Description:
WNM computer numerical control spring grinding machine series, the wire diameter can range from 0.3 to 12mm
WNM CNC spring end grinding machine is the latest developed spring grinding machine based on advanced CNC end grinding technology at home and abroad. It adopts a servo motor to control the grinding wheel and has automatic inspection, compensation, and alarming function. The feed speed, feed rate, grinding pressure, and feeding tray speed, all can be programmed on the computer. It s convenient to operate and has high efficiency, is the ideal equipment for the mass production of double-end grinding springs.

About Company

Zhejiang Omnipoten Spring Machine Co., Ltd (WNJ) is a leading CNC Spring Grinding Machine Manufacturers in China, specializing in the production of Wholesale Spring grinding machine and other related equipment for more than 30 years. WNJ is a global enterprise specializing in spring machinery, with sales in Europe, Turkey, There are international agents in India, South Korea, Argentina, etc. At the same time, to ensure the availability of spare parts for old machines, we provide you with maintenance services for mechanical and electronic components. We also provide repair replacements and consumables for a large number of parts so that we can replace damaged parts for you in a timely manner. As a Grinding machine, Suppliers, we have a complete production line from design, forming, finishing, tooling, inspection, testing, debugging and packaging, and we have established a customer-oriented quality management system to strengthen lasting innovation and improve after-sales service, WNJ has established one of the world's leading centers of advanced spring machinery technology. Global wire forming and spring manufacturing technology, dedicated to providing customers with better CNC spring coiling machine products and solutions.


Latest News & Events

Building world class intelligent equipment brand in spring machine industry.

  • What is the difference between a CNC spring coiling machine and a manual spring coiling machine?

    There are significant differences between CNC spring coiling machines and manual spring coiling machines in multiple aspects.Firstly, from the perspective of automation level, CNC spring coiling machi...

    Read more >
  • Can CNC spring forming machines automatically adjust and correct parameters?

    CNC spring forming machine is a highly automated equipment used for precise manufacturing of various spring products. Whether the CNC spring forming machine can automatically adjust and correct parame...

    Read more >
  • What parameters can the CNC spring forming machine automatically adjust and correct?

    The CNC Spring Forming Machine is equipped with an advanced control system that can automatically adjust and correct various parameters to ensure high-precision and high-quality spring production. The...

    Read more >
  • Does a CNC spring machine need to regularly test the function of the emergency stop button?

    Yes, CNC spring machines do need to regularly test the function of the emergency stop button. This is a critical safety measure to ensure that in emergency situations, operators can quickly stop the o...

    Read more >
  • Is it necessary to perform parameter calibration of CNC spring machine regularly?

    Yes, regular parameter calibration is crucial for the normal operation and high accuracy of CNC spring machines. Parameter calibration can ensure the accuracy and stability of various components and s...

    Read more >
Industry Knowledge Expansion

A CNC spring grinding machine is a specialized equipment used in the manufacturing industry for grinding and shaping springs with precision. 
Does the CNC spring grinding machine have an online detection system?
The specific models and configurations of CNC spring grinding machines may vary, but some advanced CNC spring grinding machines may indeed be equipped with online detection systems. These systems usually include sensors, measuring equipment and corresponding software, which can monitor key parameters in the grinding process in real time, such as size, shape, surface quality, etc., and feed the data back to the CNC system for adjustment.
The online detection system can help operators discover and correct problems in the grinding process in time to avoid the production of defective products. By adjusting grinding parameters in time, such as grinding speed, feed speed, grinding wheel wear, etc., you can ensure that each spring meets the specifications and improve production efficiency and product quality.
However, not all CNC spring grinding machines are equipped with online detection systems, depending on the manufacturer's configuration choices and customer needs. Some simpler CNC spring grinding machines may only have basic CNC functions and lack advanced online inspection capabilities.

Can optimizing machining parameters improve the accuracy of CNC spring grinding machines?
Optimizing the machining parameters can indeed improve the accuracy of CNC spring grinding machines. Processing parameters, such as grinding speed, feed speed, grinding depth, etc., have a direct impact on the grinding process, which in turn affects the processing accuracy.
First, the selection of grinding speed should be determined based on the workpiece material and grinding requirements. Appropriate grinding speed can ensure grinding efficiency while avoiding overheating of the workpiece or excessive wear of the grinding tool, thereby improving processing accuracy.
Secondly, feed speed is also an important factor affecting machining accuracy. If the feed speed is too fast, the roughness of the grinding surface may increase, and if the feed speed is too slow, the processing efficiency may be reduced. Therefore, an appropriate feed speed needs to be selected based on the workpiece material and grinding requirements.
Finally, the choice of grinding depth is equally critical. Too large a grinding depth may cause workpiece deformation or excessive wear of the grinding tool, while too small a grinding depth may reduce processing efficiency. By adjusting the grinding depth, the relationship between processing efficiency and processing accuracy can be balanced.
Therefore, optimizing processing parameters is one of the important means to improve the accuracy of CNC spring grinding machine. In practical applications, the best combination of processing parameters can be found through trial cutting and data analysis to achieve high-precision processing.

After the accuracy of the CNC spring grinding machine is improved, will its service life be extended?
Improving the accuracy of a CNC spring grinding machine can often indirectly extend its service life, although the relationship may not be direct.
Reduced Wear: By improving accuracy, unnecessary material removal during the grinding process is reduced, thereby reducing wear on the grinding wheel and other components. Less wear means less mechanical wear and longer component life.
Stable working conditions: High-precision machining usually means more stable working conditions. Stable working conditions can reduce mechanical vibration and impact, reduce equipment fatigue and stress concentration, and help extend the service life of equipment.
Better care and maintenance: High-precision CNC spring grinding machines usually require more stringent maintenance and upkeep. Regular maintenance can detect and repair potential problems in time, thereby reducing mechanical failure and damage and extending the life of the equipment.
Although improving accuracy can indirectly affect the service life of a CNC spring grinding machine, the extension of service life is also affected by other factors, such as the design quality of the equipment, the way it is operated and maintained, environmental conditions, etc. Therefore, simply improving accuracy does not guarantee that the service life of a CNC spring grinding machine will be extended, but it is indeed one of the important factors in maintaining long-term stable operation of the equipment.