To determine whether the stroke and speed of the punch press is suitable for your production needs, you can consider the following aspects:
First, analyze the production needs
Product Characteristics
Consider the size, shape and complexity of the product to be stamped.
If the product is large or has a high depth requirement, the press is required to have sufficient stroke to complete the stamping action
For complex shapes, there may be more room for maneuvering during the stamping process, which also places a demand on the stroke.
Production Volumes
Large production runs usually require high speed presses to increase efficiency.
In the case of small batch or customized production, speed requirements may be relatively low. For example, mass production of automotive parts may require a high-speed press, while small batches of specialty crafts can be made with a moderately fast press.
Precision Requirements
High-precision products may require slower speeds to ensure stamping accuracy and stability.
High-speed stamping may produce vibrations and errors that affect product accuracy. For example, the stamping of electronic components requires very high accuracy, and the speed needs to be controlled within a certain range to ensure product quality.
Second, reference to industry standards and experience
Similar products in the industry production cases
Understand the stroke and speed of the press used in the production of similar products in the industry.
You can obtain relevant information by visiting other enterprises, participating in industry exhibitions, access to industry information and other ways. For example, in the hardware processing industry, for a specific type of screw stamping, the successful experience of other enterprises can provide reference for the selection of punch stroke and speed.
III. Conducting trials and simulations
Sample trial
Before purchasing a press, you can conduct sample trial production.
Use different strokes and speeds of the press to conduct tests, observe the stamping effect, including product quality, productivity and other aspects. For example, make several product samples, respectively, in different speeds of the press for stamping, check whether there is deformation, burrs and other problems, while recording the production time to assess the impact of speed on efficiency.
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It is understood that this mold adopts advanced design concepts and manufacturing process, can maintain high stability and precision in the high-speed stamping process, greatly improving production efficiency and product quality. The R&D team of [Company Name] has successfully solved a series of technical problems after a long time of efforts and repeated tests, making the mold perform well in the stamping of complex shaped parts.
OREKU has always been committed to providing customers with high-quality and customized mold solutions. The launch of this new mold not only further consolidates its leading position in the domestic market, but also lays a solid foundation for expanding into the international market.
Dongguan OREKU Precision Machine Tool Co., Ltd., established in 2001, is a high-tech innovative enterprise dedicated to manufacturing high-precision machinery and equipment. Since its establishment, the company has focused on the R&D and manufacturing of CNC precision machining centers, precision stamping machining centers, high-speed vertical lathes and automated production lines, leading the development of the industry.
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