According to the customer’s specifications, Livallco delivers both cut and figure – cut details. Thanks to a close collaboration with experienced subcontractors, Livallco can process both short and long series, in both thin and heavy plates. Livallco performs cutting (such as water-, gas-, laser- and plasma-cutting), sawing and bending.

Waterjet cutting

Abrasive waterjet cutting can process in overall most materials, such as stainless steel and titanium. Waterjet cut parts are not exposed to any heat which allows the material to keep it´s mechanical properties even at the cut section. The edges of the cut material are of high quality with tolerances of +/- 0,10 mm and usually don´t need any finishing. With only 0.2-1.5 mm wide cutting beam, there will be minimal waste of material.

Laser Cutting

A parallel infrared laser beam is used in laser cutting. The light beam quickly heats up the material and forms a narrow cut. The nozzle in the cutting head allows gas flow coaxial with the laser beam. Oxygen and nitrogen are most often used in industry. The cut is only a few tenths of a millimeter, which gives minimal waste of material.

Plasma cutting

A plasma cutter creates an arc between the cutting electrode and the processed material and it is the heat in the arc (plasma) that cuts through the material. The plasma melts the goods locally and the molten material is transported away from the cut by means of the gas jet.

Gas cutting

Acetylene or propane is most often used as a fuel gas, an oxygen jet performs the cutting process in the material. Depending on which substances are included in the material, affects the ability to gas cut.


Livallco also provides sawn material according to the customer’s requirements.
The advantage of this method is that the material is exposed to very little heat.

Shot blasting

Thanks to a close collaboration with a number of shot blasting plants, blasting is carried out according to the customer’s requirements.

Heat treatment

We can offer i.a. annealing, normalization to make further processing possible and hardening to complete the material for end use.