Allows for very precise and detailed welds
Some of its advantages over other types of welding.
Allows material input with an accuracy of tenths of a millimeter
Deformation and shrinkage are avoided.
"Cold welding" is performed since the part does not need to be heated beforehand, although welding can heat it slightly.
Allows for very precise and detailed welds
Lower heat input reduces material deformation
Produces narrow, deep welds with less spatter and debris
Suitable for thin materials and small parts.
Laser technology is more expensive, so it may not be suitable if high precision is not required.
The welding process is slightly slower than microplasma welding.
Yes, we do, however each client is different and our approach is to make a budget totally tailored to you, so that you never overpay.
That's why it's always best to contact us, so we can give you an estimate.
Speed is very important and for us it is common to deliver orders in less than 24 hours.
Although all this depends on the volume and difficulty of the work.
The best thing to do is to contact us and propose your project. When we have all the details we can give you an estimated deadline.
Laser welding is a process of joining and joining materials.
It uses a concentrated laser beam to melt the surfaces of the materials to be welded.
This method allows for high precision and high quality welding.
Laser welding is used in industries that require high precision and quality, such as aerospace, automotive, medical, electronics, food, pharmaceutical and jewelry.