High speed stamping plays a crucial role in the manufacturing of coins and game coins. For coins, high-speed stamping can quickly and accurately press complex patterns, text, and textures onto metal billets. For example, national logos, currency denominations, and unique decorative elements can be clearly and accurately presented through high-speed stamping. This not only ensures the anti-counterfeiting of the coin, but also gives it a high degree of consistency and aesthetics.
In the production of game coins, high-speed stamping also performs well. It can quickly produce a large number of game coins with regular shapes and exquisite patterns. Whether it is patterns with specific themes or logos of gaming venues, they can be perfectly displayed through stamping technology.
High speed stamping has brought many advantages to the manufacturing of coins and game coins:
Efficient large-scale production: able to produce a large number of coins and game coins in a short period of time, meeting the huge demand of the market.
High precision pattern shaping: Ensure that the patterns and text on each coin and game coin are clear, sharp, and detailed.
Strong material adaptability: It can handle various metal materials suitable for coinage, ensuring the quality and durability of the coin. High speed stamping provides an efficient, precise, and reliable method for the manufacturing of coins and game coins, which is of great significance for currency circulation and the gaming and entertainment industry.
High speed stamping is a stamping processing technology that achieves a continuous speed range of 100-400 times per minute. This technology integrates various technologies such as high-speed precision stamping equipment, precision stamping molds, high-quality materials, intelligent control technology and processes, and has the characteristics of high precision, high repeatability, high efficiency, material and energy conservation, and high safety.
In the high-speed stamping process, the appropriate mold needs to be installed on the punching machine first, and then the metal sheet is fed into the mold through the feed system. The pressure system of the punching machine applies sufficient force to cause the upper and lower blocks to press together at a very high speed, exerting tremendous pressure on the metal sheet and quickly changing its shape. With the withdrawal of the punch block, the stamped parts will detach from the remaining metal sheet. The entire process is carried out in a loop to achieve efficient production.
High speed stamping technology is widely used in multiple fields. In the field of automotive production, it is mainly used to produce various automotive components, such as motor chips, suspension system components, and body components. In the mobile phone manufacturing industry, high-speed punching machines can press thin steel plates into various shapes of mobile phone shells. In the steel products industry, high-speed punching machines are also used to produce various specifications of steel products, such as gaskets. High speed stamping technology not only improves production efficiency and product quality, but also reduces production costs and energy consumption, thus playing an important role in modern industrial production.