News Release
Important factors of stamping parts
Source:
Release time: 2023.05.27
Stamping parts are one of the main products provided by our company. What are the important factors for stamping parts? Below we will introduce to you:
In actual production, process tests similar to the stamping process are commonly used, such as deep drawing performance tests, bulging performance tests, etc., to inspect the stamping performance of materials, in order to ensure the quality of finished products and high qualification rates.
The accuracy and structure of the mold directly affect the forming and accuracy of the stamped parts. The cost and lifespan of mold manufacturing are important factors that affect the cost and quality of stamping parts. Mold design and manufacturing require a considerable amount of time, which extends the production preparation time for new stamped parts.
The standardization and development of simple molds (for small batch production), composite molds, multi-station progressive molds (for mass production), and the development of rapid mold changing devices can reduce the workload and time of stamping production preparation, and enable advanced stamping technology suitable for mass production to be reasonably applied to small batch and multi variety production.
In addition to forming thick plates with hydraulic presses, stamping equipment generally uses mechanical presses. Centered around modern high-speed multi-station mechanical presses, equipped with machines such as uncoiling, leveling, finished product collection, and transportation, as well as mold libraries and rapid mold changing devices, and controlled by computer programs, a high productivity automatic stamping production line can be formed.
When producing dozens or hundreds of stamping parts per minute, completing processes such as feeding, stamping, ejecting, and waste disposal in a short period of time often leads to personal, equipment, and quality accidents. Therefore, safety production in stamping is a very important issue.
In actual production, process tests similar to the stamping process are commonly used, such as deep drawing performance tests, bulging performance tests, etc., to inspect the stamping performance of materials, in order to ensure the quality of finished products and high qualification rates.
The accuracy and structure of the mold directly affect the forming and accuracy of the stamped parts. The cost and lifespan of mold manufacturing are important factors that affect the cost and quality of stamping parts. Mold design and manufacturing require a considerable amount of time, which extends the production preparation time for new stamped parts.
The standardization and development of simple molds (for small batch production), composite molds, multi-station progressive molds (for mass production), and the development of rapid mold changing devices can reduce the workload and time of stamping production preparation, and enable advanced stamping technology suitable for mass production to be reasonably applied to small batch and multi variety production.
In addition to forming thick plates with hydraulic presses, stamping equipment generally uses mechanical presses. Centered around modern high-speed multi-station mechanical presses, equipped with machines such as uncoiling, leveling, finished product collection, and transportation, as well as mold libraries and rapid mold changing devices, and controlled by computer programs, a high productivity automatic stamping production line can be formed.
When producing dozens or hundreds of stamping parts per minute, completing processes such as feeding, stamping, ejecting, and waste disposal in a short period of time often leads to personal, equipment, and quality accidents. Therefore, safety production in stamping is a very important issue.