Robot Cells in the Gold Field

Robot Cells in the Gold Field – Jewelry is a product that never loses its appeal in the market as a luxury item, investment and source of satisfaction. The word jewelry if we look at it is a decorative item made valuable objects such as gold, silver, diamonds, precious stones and other precious stones intended to adorn the human body.

Robot Cells in the Gold Field

swarovskijewelry – The function of jewelry is not only as an accessory that emphasizes beauty, but often also has symbolic value, glory and social status. Jewelry marks the long history of human culture. From ancient to modern times, jewelry is not only a symbol of beauty, but also status and heritage. The classical era emphasized precious stones such as diamonds, while the Renaissance brought a revolution in jewelry design.

The 19th and 20th centuries brought mass production and technological innovation. Contemporary jewelery combines tradition and current trends with classic and experimental designs. Jewelry creativity reflects the development of art, historical values, and the diversity of human culture throughout history.

So, the future prospects, even though they require renovation compared to the past, remain only if jewelry plays an important role. considering the luxury goods sector and also the intelligent sector of the Made in Italy gold industry.

Italian gold sector

There are more than 14,000 active jewelery shops in Italy, but in the last decade the sector has lost a large part of its workforce. Recalling the period following the reopening of restrictions, May 2020, Italian jewelry companies, like many other entrepreneurs, faced very difficult challenges, but did not lose the will to face them.

World. Being at the forefront of goldsmithing has always been important. Herein lies the great challenge of today: to foresee it in a truly revolutionary scenario, preserving centuries-old works of art.

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The path that the gold sector must take to replace future and current contracts is undoubtedly the path of optimization. production time and complexity of technical equipment that can perform some of the more complex processes without destroying the design.

Some steps in the production process related to the realization of precious gems and artifacts can be perfectly performed by different types of robots, such as anthropomorphic robots for casting and sampling, cleaning, assembly, etc.

Another important step in the application of jewelry is quality control, which can now be done with advanced artificial intelligence techniques integrated in vision systems. special cells.

Digital craftsman

We usually think of robots as large tools used to process large, heavy objects. For some people it is, but there are also compact models that work very precisely with very small objects.

This applies to goldsmiths, jewelers and jewelry makers. Here they can replace users with repetitive and isolated tasks that are more annoying and prone to human error.

In addition, given the level of quality that this Italian gem company must achieve, the robotics industry can work 24 hours a day. directly without losing productivity or attention.

Robotic tasks in the jewelry industry

But what tasks can industrial robots perform in the jewelry industry?

Sorting: recognizing and sorting objects (often after they have been dropped) according to shape, form, size, etc. with system support:

• vision;
• Laser welding jewelry handling;
• Select and organize them in different stages;
• Language immersion;
• High precision jewelry laser;
• Quality control;
• Example.

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Goldsmith robot cells Goldsmiths and world fashion go hand in hand, in fact both are material expressions of emerging trends in new collections. Therefore, it is clear that top management must maximize company productivity.

In this case, the robotic cell is an ideal tool, because one of its most important features – besides ease of control – is its “adaptability”: changes in shape or type of production are not relevant to our automation. This does not require major changes.

In industrial automation, it is often enough to change, for example, the robot gripper, its program and some other machine components. In this case, we are talking about easy reversibility, and this explains the name of our robotic cell T-Flexicell.

The flexibility of robotic solutions is also useful for handling different production flow patterns. For example, if a company needs to diversify its production, it has the option of modifying robot cells for new tasks.

Advantages of Industrial Robots

Robot cells offer advantages for almost any production flow. Many companies that have installed one of our elements have seen a rapid return on investment even in the first year.

Continuous operation of the robot and lack of required user control are two factors that help understand the financial benefits of having one of these elements. . elements install more of our cells. more robot cells for goldsmith companies.

The most commonly used robotic elements for goldsmithing and jewelry processing are:

• Flexible
• Easy to use
• Can be rotated
• Internal

Finally, our robotic cells can also be equipped with data storage and control systems that allow creating a database of information of interest to the company in real time, during the processing phase.n
Therefore, in addition to productivity growth and consistency, there is also better control and the ability to increase the production flow of gems or semi-finished products.