What does the Marking of the Product Mean in the Metal Industry?

The industrial practice for the production of finished metal products for the marking of metals is very widespread in the production of goods throughout the world. Whether it’s inventory, quality control, rules or any other reason, metal marking machines permanently label items for identification of different densities. The signals can be embedded in a metal surface or in a part using a variety of intact methods. In the end, the brand leaves a surface with various symbols and symbols of all shapes and sizes.

What is the use of the metal brand?

The use of the industrial brand plays an important role in the identification of materials, products and parts for several reasons. They are used in metal parts and similar industrial components to accurately track or track these parts.

1. Signs can represent several things:
2. Serial numbers
3. Dates of production
4. the fountain
5. Lot numbers
6. Product codes
7. Product Information
8. Combination of all the above.

The brands can be used for different purposes:

1. Substitution of goods.
2. QA
3. Supply chain problems
4. Inventory control
5. retreats
6. Product liability case
7. Guarantee 

Metal brands are used in a wide range of industries to identify:

1. Automovile industry
2. Agricultural production
3. Spare parts and accessories.
4. Manufacturers of medical equipment.
5. Durable goods
6. Aerospace
7. Connection
8. Electronic
9. The Computers

HOW METAL MARKS HELP CONSUMERS

Industrial labeling has become a very important aspect of production and production processes and plays a crucial role in the production process itself. Parts that are correctly marked and correctly identified by the batch number, the date of manufacture and the material itself can provide a wide range of data to end users.

For example, a label can provide information about the origin of the article, its creation date, the manufacturer, etc. If the part does not work or if the material is defective, the marking facilitates the tracking of the source. Therefore, the item can be replaced, repaired or revised.

Consumers can learn more about the products they buy by reading the posters. You can check the warranty or product notices. For example, identification signals can indicate when and where the refrigerator was built. The metal mark may allow the manufacturer to determine which stainless steel grid has been used by the manufacturer to make a similar part. Industrial labeling will accurately indicate the grade of stainless steel used and any other important information required.

Industrial labeling is also used to comply with regulatory requirements. It provides the necessary information to guarantee compliance with industry standards when supplying or manufacturing these products. This is of particular importance when transporting chemicals and hazardous materials. It is essential to know that you have the pipes, pipes and other types of containers suitable to deliver this product safely, without breakdowns or breakdowns.

GENERAL METAL METHODS

There are many methods to create industrial labeling. In its basic form, once, seals with a certain incision or symbol were used to make identification marks on the surface of the objects. A large hammer hits the handle of the joint with your hand to create a hole in the object. Although the same concept is true today, the team is much more complex.

Metal stamping press

They are used instead of a hammer and the machines can be programmed to automatically advance the numbers of each piece or surface.

Dot Peening

This is a type of marking that uses a special pin to mark a material with a series of points to form lines, angles or curves at different depths, distances and orientations. Shot-peelers are pneumatically controlled and print the surface with a series of very small close-up points to form numbers, symbols or symbols. Shot peening can also be customized and can be used with a rough or soft finish.

Laser

This is another method used in metal marking. They are commonly used to mark surfaces and require more time to obtain deeper and more durable marks. They are less effective than the score on most metals and this method is not recommended for uneven or uneven surfaces.