WHAT IS LASER CUT, HOW DOES IT WORK AND WHAT ARE THE ADVANTAGES OF IT?
After obtaining laser beam got easier, the application areas increased. In engineering, welding, cutting and drilling operations are the fields of application. Laser production both provides automation and reduces production error. With the application of laser in various machines, production can continue for 24 hours and the cost is reduced by mass production. Particularly with laser cutting operations, many molds and apparatus have been saved up. Additionally, many machines are not used and the faults that occur due to human factor are reduced.
Cutting operations of materials such as steel, nickel alloys, titanium, chrome, stainless steel etc. can be made. The advantages of laser cutting are; gabarite and other cutting apparatus are not required, the workpiece cutting surface is smooth, it can make laser cutting from 0.012 inch to 2.125 inch, it provides cost saving, it provides a high intensity laser beam in the form of a small dot and the heating is very little despite this intensive energy.
With the help of various programs, especially with AutoCAD, production is accelerated and many pieces of the same thickness can be cut at the same time. Thus, the parts to be used in the same place can be cut as sets at the same time.
CNC Plasma Cutting
Plasma Cutting Work for materials in sizes up to 35 mm and 3 x 12 meter,
Special size plate solutions for minimum waste,
Project delivery from one hand,
Delivery of work on due date,
Sustainability in communication,
Material placement support,
Free of charge delivery of work.
Press Brake Bending
Bending works of materials in 4 meters length, up to 15 mm
Precise bending works are carried out in our CNC Press Brake machines.
Guillotine Cutting
Our company offers guillotine cutting service for materials in sizes varying from 0.40mm to 6 mm.
Stainless Welding Processes
The physical properties of different types of stainless steels are different from each other and this situation plays an important role in the welding process.
The austenitic chromium-nickel stainless steel is one third of that of unalloyed steels. This indicates that the heat will remain in the seam zone for a long time, and it may lead some problems.
Chromium stainless steels generally have the same coefficient of thermal expansion as non-alloy steels. In the austenitic chromium-nickel steels this value is carbonaceous and less alloyed.
Polishing
What is Polishing?
Polishing and brightening is an application made for smoothing the surface with the process known as etching.
Burrs and particles on the metal surface are cleaned with harder particles than that metal. Brightening is the process of making the surface have a smooth appearence as in the mirror, after the polishing process is completed. This is the final process of polishing.
Brightening is carried out with the heat and pressure applied by the flexible wheels coated with very good abrasive. There is no abrasive powder in the brightening process.
