Customers that include contractors, maintenance technicians, repair shops and many more rely on Metal Supermarkets to get them the metal they need, when they need it. Save fuel and precious time by letting us do the work for you. Our customer service team will take your order, cut the metal to your exact specifications, and deliver it in our company truck.

We have 4 pcs drywall profile production line inside our factory and can produce  as your requested technical details Profiles for drywall constructions are C- and U-shaped profiles (stud and track), which are used to construct a metal frame to provide support for plasterboard and gypsum panels. They are, however, highly technical profiles and must satisfy precise operating characteristics, complementing each other perfectly to form a high quality, robust framework.

At Demirsan Metals, we can bend sheet and plate products to different degrees using a press brake and other bending techniques. The brake creates bends by clamping the metal piece in between an upper and lower die. Using press brakes is considered to be an accurate and extremely fast method of bending metal.

All Types of Welding: Heli-Arc, Stainless Steel, Aluminum, Pressure Pipe, Commercial and Industrial Repairs, Tank Repair, Architectural Metal Repair, Sheet Metal Work, Fire Escape Fabrication, Installation, and Repair, Fabrication of Material Handling Equipment, Ornamental Metal Work, Industrial Metal Fabrication. Mobile welding and installation services.

Shearing involves the cutting of sheet and plate with high precision. Shears have a top and bottom blade and this process is very similar to cutting a piece of paper with scissors. Shears use blades made of high-carbon steel, which is extremely hard and allows the shear to cut through a variety of metals.

Plasma Cutting works by having an inert gas blown at high speed. An electrical arc is simultaneously created through and around the gas being blown, forming plasma. This plasma is hot enough to cut metal very quickly and precisely.

What is Laser Cutting?
Laser beam; carbon dioxide laser cutting is formed of electrical current to the carbon dioxide gas. As well as to further increase the efficiency by adding carbon dioxide to the nitrogen gas and helium gas yield is increased by 1/3. The obtained laser beam is performed in the cutting process is called Laser Cutting various stalls.

To facilitate transmission of the laser beam to obtain in this way, increases appeared in practice. The biggest reason for making production with laser cutting, to minimize production errors and to provide automation. In industrial engineering and can be used comfortably interest in laser cutting has increased quite a bit. production by applying the various stalls of the laser are reduced by providing cost and mass production can be performed 24 hours.

Nickel alloys, steel, chrome, titanium, stainless steel, aluminum and its alloys and so on. cutting of materials can be made. As well as particular segments AutoCAD program with the advantages of the use of parts can be made in less time and at the same time cut into sets.

Advantages of Laser Cutting

• Production without mould
• Zero deformation on material
• Min. Burr on surface
• Easy work and low cost of production
• Perforation in very small diameters
• More economic when compared to machining production
• There is no crushing and distortion on the material, cause it does not contact the surface.