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SAFETY BOX

We also provide a simple solution for our customers. It also provides a good solution for smaller parts. We can place the component or piece awaiting processing in a safety box equipped with sensors. The laser module is placed on top of the safety box, which can be controlled from a computer. It can be used with manual dosing and also provides a precise solution for rental. Later, of course, the module can be used in a reconfigurable production line or workstation.

We also offer a simple solution for our customers. It also provides a good solution for smaller parts. We can place the component or piece awaiting processing in a security box equipped with sensors. The laser module was placed on top of the computer-controlled safety box. It can be used with manual dosing and provides a precise solution for rental as well. Later, of course, this module can also be used on a reconfigurable production line or workstation. By using the safety box, users can be protected from the laser beam. They are usually used in places where a separate room cannot be created or where a larger workstation cannot fit, such as laboratories, production facilities, etc.

Main characteristics:

It is made of materials that are opaque so that the laser light does not escape into the environment. If insight is required, we can solve it with the help of a camera, or we can check the process with the help of a small window, which is made of materials that filter out laser wavelengths. Using safety locks and sensors, the laser can only be activated when the box is properly closed, preventing accidental exposure. We also need adequate extraction so that the dust and gases generated during the process do not remain in the environment. One of its advantages is that it is easily portable, so it can easily be transferred to another area. During the design, we also take into account that it is easily accessible during dosing. Thanks to its unique design, it can be customized according to the specific dimensions and requirements of the laser equipment and the workpiece or application.

Areas of use:

Research laboratories:

The use of lasers in research laboratories is widespread in many scientific fields and industrial applications, as they provide the opportunity to perform precise and versatile operations.

Development Departments:

The use of laser technology in development departments has significant benefits, especially in research and development (R&D), as it enables precise material machining, continuous testing before new parts are manufactured, and many other applications. It contributes to the rapid prototyping of metals and plastics. It can also help the development departments in the design of complex components.

Industrial Manufacturing:

The use of laser technology in industrial manufacturing has revolutionized the operation of many industries as it enables high precision and efficient operations.

A well-designed laser safety box is vital to maintaining a safe work area when working with lasers, protecting users from accidental exposure and ensuring compliance with safety regulations.