Differences in the way metal products are processed

Metal products etching processing, laser processing, stamping processing is the three commonly used processes for metal products processing. These three processes have their own advantages and disadvantages, we will introduce their characteristics and differences.

First, let's look at metal products etching processing. Etching processing is to remove part of the material on the surface of the metal through a chemical reaction, so as to realize the processing. Etching processing of metal products has the following advantages:

1. High processing precision: etching processing can realize high-precision processing, which is suitable for occasions with high quality requirements for products.

2. Low cost of equipment: etching processing equipment prices are low, the investment cost of processing companies require less.

3. Small energy consumption: the energy consumption of etching processing is small, the impact on the environment is small.

However, there are some disadvantages of etching processing:

1. Slow processing speed: the processing speed of etching processing is relatively slow, and it is less suitable for the occasions of high production efficiency requirements.

2. Processing may produce waste liquid: etching process may produce waste liquid, the greater the impact on the environment. Zhuo Li Da self-built environmental recycling system to effectively solve the problem of waste liquid.

Next, we look at laser processing. Laser processing is the instantaneous heating of metal materials with high energy density through a laser beam to make them melt or vaporize, thus realizing the processing of metals. Laser processing has the following advantages:

1. High processing precision: the diameter of the laser beam is very small, usually in the micron level, so it can realize high precision processing.

2. Fast processing speed: the energy density of the laser beam is very high, and processing can be completed in a very short time.

3. Small heat-affected zone: the heat of laser processing is concentrated in a very small area, so the heat-affected zone is small and has less impact on the processing quality.

However, laser processing also has some disadvantages:

1. High cost of equipment: the price of laser processing equipment is high, which requires high investment cost for processing enterprises.

2. High energy consumption: laser processing requires a high-energy laser beam, so it consumes more energy and has a greater impact on the environment.

Finally, let's look at stamping processing. Stamping processing is the physical deformation of metal materials by punching machine, so as to realize the processing. Stamping processing has the following advantages:

1. Low cost of equipment: the price of stamping processing equipment is low, and the investment cost requirement for processing enterprises is low.

2. Fast processing speed: stamping processing can complete a large number of processing tasks in a short period of time, so the processing efficiency is high.

3. Mass production can be realized: stamping processing can realize the production of large quantities, the production efficiency of the production enterprises and production costs have been greatly improved.

However, there are some disadvantages of stamping processing:

1. Low processing precision: the processing precision of stamping is relatively low, which is not suitable for occasions with high quality requirements.

2. High cost of molds: stamping processing requires the production of molds, and the cost of molds is relatively high, the investment cost of processing enterprises require high.

In summary, metal products etching processing, laser processing and stamping have their advantages and disadvantages, the specific choice of which process for processing needs to be based on the specific requirements of the product and the actual situation of the enterprise to decide. In the choice of process, should be considered comprehensively processing accuracy, processing speed, equipment costs, energy consumption and environmental impact and other factors, in order to achieve optimal processing results.