Post by account_disabled on Mar 5, 2024 0:19:26 GMT -6
When we work on a piece in the jewelry workshop, it is not necessary to say that it goes through processes that, although totally necessary and inevitable, modify its external appearance. Welding, cutting, sanding, stripping produce dirt, blackening, scratches or a decrease in the original shine, in addition to the fact that the pieces arrive to us from the client with a more used and aged appearance,
It is at that moment when the “magic” of the raw materials we work with in the jewelry workshop comes into play: the noble materials that always recover their Industry Email List original shine. The polishing process in the workshop allows us to present the jewel again as when it leaves the store and, depending on its condition, we can do it in several phases: In the roughing process we remove scratches from the previous grinding process or without removing them completely.
Typically, an abrasive paste is applied that removes metal traces and evens out the surfaces. If the piece has scratches due to sanding and grinding processes, we can also use a scratch remover paste. Scratch remover pastes or preparation pastes are indicated in these processes. Nowadays they are applied with machines and brushes appropriate for their application, made of compact cotton. They are usually characterized by their yellow color.
Once this process is carried out, we will see that the surface of the jewel is more homogeneous, but we still need greater shine. But before applying it, we must remove traces of paste from the process, either manually ( brush and soap) or using an ultrasonic machine , to move on to the next process. If we need to speed up the work, we can also use sawdust or a drying machine , either by hot air or by centrifuge if the volume of pieces is greater.
When we have the piece roughened and clean, we begin the polishing process. We will also use the polishing machine, this time using a round brush made of less compact cotton and a polishing paste, repeating the process until the shine obtained is to our liking. Other super-polishing pastes should also be mentioned to obtain the so-called “mirror shine” on the jewel if it requires it.
A separate mention would be the use of the polishing drum , very common today that allows us to lightly polish a large number of pieces with very little effort. An adequate presentation will be an added value to the worker in the jewelry workshop. Lab diamonds are laboratory-created jewelry with the same composition as natural ones.
It has been manufactured for 50 years for industrial uses, given the hardness of the diamond, being highly appreciated in various sectors, for example in the tools of our jewelry sector, where all types of diamond plating are well known: milling cutters, drill bits. , sandpaper, polishing brushes, etc. With the advancement of technology, in recent years great changes have been applied in production and innovation, which has led to the development of an industry for creating diamonds for jewelry in the last 10 years.
The objective of this industry is to achieve the creation of "synthetic" stones in different colors and shades during processes that last between 60 and 120 days. Diamonds are created based on the 4 C's: cut, color, clarity and carat. Lab-created diamonds are made of pure carbon, just like real ones . Furthermore, the visual appearance of both types is practically identical given the purity of the diamonds, allowing us to wear an equally aesthetic jewel. The main difference between them lies in the origin, since the natural ones were created by nature itself through pressure against the Earth's crust and, therefore, are more limited.
It is at that moment when the “magic” of the raw materials we work with in the jewelry workshop comes into play: the noble materials that always recover their Industry Email List original shine. The polishing process in the workshop allows us to present the jewel again as when it leaves the store and, depending on its condition, we can do it in several phases: In the roughing process we remove scratches from the previous grinding process or without removing them completely.
Typically, an abrasive paste is applied that removes metal traces and evens out the surfaces. If the piece has scratches due to sanding and grinding processes, we can also use a scratch remover paste. Scratch remover pastes or preparation pastes are indicated in these processes. Nowadays they are applied with machines and brushes appropriate for their application, made of compact cotton. They are usually characterized by their yellow color.
Once this process is carried out, we will see that the surface of the jewel is more homogeneous, but we still need greater shine. But before applying it, we must remove traces of paste from the process, either manually ( brush and soap) or using an ultrasonic machine , to move on to the next process. If we need to speed up the work, we can also use sawdust or a drying machine , either by hot air or by centrifuge if the volume of pieces is greater.
When we have the piece roughened and clean, we begin the polishing process. We will also use the polishing machine, this time using a round brush made of less compact cotton and a polishing paste, repeating the process until the shine obtained is to our liking. Other super-polishing pastes should also be mentioned to obtain the so-called “mirror shine” on the jewel if it requires it.
A separate mention would be the use of the polishing drum , very common today that allows us to lightly polish a large number of pieces with very little effort. An adequate presentation will be an added value to the worker in the jewelry workshop. Lab diamonds are laboratory-created jewelry with the same composition as natural ones.
It has been manufactured for 50 years for industrial uses, given the hardness of the diamond, being highly appreciated in various sectors, for example in the tools of our jewelry sector, where all types of diamond plating are well known: milling cutters, drill bits. , sandpaper, polishing brushes, etc. With the advancement of technology, in recent years great changes have been applied in production and innovation, which has led to the development of an industry for creating diamonds for jewelry in the last 10 years.
The objective of this industry is to achieve the creation of "synthetic" stones in different colors and shades during processes that last between 60 and 120 days. Diamonds are created based on the 4 C's: cut, color, clarity and carat. Lab-created diamonds are made of pure carbon, just like real ones . Furthermore, the visual appearance of both types is practically identical given the purity of the diamonds, allowing us to wear an equally aesthetic jewel. The main difference between them lies in the origin, since the natural ones were created by nature itself through pressure against the Earth's crust and, therefore, are more limited.