LASIT Laser markers

LASIT is a company that develops laser marking and engraving technologies and does so with passion and dedication. LASIT negli anni si è distinta per l'alto livello tecnologico dei nostri reparti ricerca e sviluppo, che comprende meccanica, automazione, hardware e software.

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Interesting documents about a variety of subjects from around the world. Posted on edocr.

laser marking laser engraving laser mark laser Marker laser engraving machine laser mark machine system 20W laser

About Interesting Posts

Interesting documents about a variety of subjects from around the world. Posted on edocr.

laser marking laser engraving laser mark laser Marker laser engraving machine laser mark machine system 20W laser

 
 
First of all, speaking of laser markers we 
must make a distinction between lasers 
that are integrated in a production line and 
marking systems with integrated laser. 
 
It is also important to consider the 
power of the laser itself, which is 
measured in Watts, and which can 
also impact substantially out of 
the total. Eg, a 20W laser will cost 
slightly less 
 
Advantages of laser engraving machines in the industrial world Various marking methods have been used for 
metal. The most common examples are laser markers, moulds, marking, labelling and micro-point machines 
using punches. Laser marking is becoming the most widely used method given its numerous advantages. 
On discovering these advantages, many users have replaced traditional marking methods with laser marking. 
This guide will allow you to find more on Lasit laser Engraving machines. 
 
First Concept: Laser Source 
 
First of all, speaking of laser markers we must make a distinction between lasers that are integrated in a 
production line and marking systems with integrated laser. 
It is also important to consider the power of the laser itself, which is measured in Watts, and which can also 
impact substantially out of the total. Eg, a 20W laser will cost slightly less 
compared to a 30W laser (usually around 10%). 
  
Second Concept: Structure of the machine 
 
The second parameter gives considering is the structure of the system complete where the source 
is inserted. Mainly I frames of laser markers are made of aluminum, steel or - more rarely - granite. 
Of these, the best for applications where it is required high precision and / or speed of displacement are steel 
and granite, which are even the most expensive ones. 
  
Third Concept: Marker Elements 
  
Based on the requests and the application, the structure of the machine changes, adapting itself to satisfy the 
requests for efficiency and productivity. 
 
Among the most famous elements that are normally requested and recommended we find: 
  
Rotary Table 
Thanks to its different workstations, this component loads another pallet while the previous one is being 
marked. 
  
Roller conveyor or belt 
Workpieces are conveyed to the machine automatically. This way, the operator is not involved in the various 
steps of the production chain. 
  
Automatic magazines 
Magazines can store hundreds or thousands of workpieces. This way, processes can go on for hours without 
involving the operator. 
  
Robot 
Robots facilitate the loading of bulky workpieces or the movement of the laser head. They can also position or 
mark components in impossible positions. 
  
Shuttle 
By moving the whole surface, they facilitate the loading of bulkier components and protect doors and the laser 
marker cabinet from blows. 
  
Number of axes 
The head moves on the surface through the axes. Marking possibilities change considerably from axis Z to axes X and 
Y.  
  
Fourth concept: Marker Accessories 
  
Another important variable is the need to add to the accessory marking, which optimize the laser engraving system and 
are sometimes needed for some specific applications, such as axis rotary and 3-axis head for cylindrical ones. Our laser 
systems can interface with PROFIBUS communication protocols, PROFINET, PROFIsafe. In case of additions, the laser 
marking unit will interface with an existing PLC system or with an ad hoc programmed PLC. 
 
Over the years LASIT has distinguished itself for the high technological level of our departments 
research and development, which includes mechanics, automation, hardware and software.