Metal welding - Import export

In recent years, TIG welding has faced increasing competition from continuously refined MIG/MAG processes and their derived methods. Despite the slower welding speeds and lower melting power of TIG, it remains unmatched in achieving the highest quality results for many applications. Recent advancements in power supply technology offer promising future opportunities for TIG welding.

In recent years, TIG welding has faced increasing competition from continuously refined MIG/MAG processes and their derived methods. Despite the slower welding speeds and lower melting power of TIG, it remains unmatched in achieving the highest quality results for many applications. Recent advancements in power supply technology offer promising future opportunities for TIG welding.

In recent years, TIG welding has faced increasing competition from continuously refined MIG/MAG processes and their derived methods. Despite the slower welding speeds and lower melting power of TIG, it remains unmatched in achieving the highest quality results for many applications. Recent advancements in power supply technology offer promising future opportunities for TIG welding.

We are manufacturing your custom metal products. We cut, bend and weld metal sheets, profiles pipes in all sizes. Also, we offer PPC coating application in our large capacity factory.

Gas Metal Arc Welding (GMAW), commonly known as MIG welding, is a welding process where an electric arc forms between a consumable electrode and the workpiece, generating the necessary heat for welding. The electrode, continuously fed as a solid wire, melts and forms the weld metal as it is consumed. The welding area is protected from atmospheric contamination by shielding gases or gas mixtures from the welding torch, ensuring high-quality welds by preventing defects caused by even minimal air exposure.

Gas Metal Arc Welding (GMAW), commonly known as MIG welding, is a welding process where an electric arc forms between a consumable electrode and the workpiece, generating the necessary heat for welding. The electrode, continuously fed as a solid wire, melts and forms the weld metal as it is consumed. The welding area is protected from atmospheric contamination by shielding gases or gas mixtures from the welding torch, ensuring high-quality welds by preventing defects caused by even minimal air exposure.

Gas Metal Arc Welding (GMAW), commonly known as MIG welding, is a welding process where an electric arc forms between a consumable electrode and the workpiece, generating the necessary heat for welding. The electrode, continuously fed as a solid wire, melts and forms the weld metal as it is consumed. The welding area is protected from atmospheric contamination by shielding gases or gas mixtures from the welding torch, ensuring high-quality welds by preventing defects caused by even minimal air exposure.

A 75-ton welded type cement silo is a huge storage container used in the construction industry for the storage of cement. The silo is composed of panels of welded metal to give it strength and durability in storing large amounts of cement. Here we present the silo with a capacity of 75 tons, providing great storage capacity for cement. Without it, the supply of this critical building material would be very effectively managed on construction sites. The welded construction of the silo not only lends stability to it but also precludes any leakage, thus maintaining the quality of the stored cement inside. This makes the 75-ton welded type cement silo a strong and trustworthy storage facility that forms a key part of building works to ensure continuity in cement supplies for various building projects.

There are many different methods in the cutting process using lasers and bending which are used to cut or bend different materials into different shapes.

Welded components are all manufactured according to ISO standards.

We can provide you with the production of the most efficient part in the weight and shape you need with different material options like: Alloyed steel Carbon steel Gray cast iron / spheroidal cast iron aluminum

Sand casting is one of the oldest and most widely used casting processes in the metal industry. It is a costeffective method for producing metal components in a wide range of sizes and shapes, making it suitable for various industries, including automotive, aerospace, and construction. Sand casting offers several advantages, including the ability to produce large and heavy components, flexibility in design, and relatively low equipment and tooling costs.

Chill cast offers many benefits for manufacturers looking for a more efficient method of making functional components and improving quality. Chill cast molds are precision machined from metallic material with excellent thermal conductivity and thermal fatigue properties.

Steel alloys Stainless steel alloys Aluminum alloys Copper alloys Cobalt alloys Superalloys Cast titanium

Investment casting can produce complicated shapes that would be difficult or impossible with other casting methods. It can also produce products with exceptional surface qualities and low tolerances with minimal surface finishing or machining required.

The forging process offers several advantages, including enhanced mechanical properties, improved structural integrity, and better grain structure compared to other manufacturing methods. It is commonly used in industries such as automotive, aerospace, oil and gas, and construction, where strong and reliable metal components are required.

High pressure casting is a process in which molten metal is safely filled into the mold cavity under pressure. High dimensional accuracy greatly reduces machining work. High pressure die castings have a good surface finish, which is a basic requirement for coating. Molds have a long service life, reduce unit part costs, and more complex parts can be produced, thereby reducing the number of components required in an assembly.

Machining is a manufacturing process that involves removing material from a workpiece to create a desired shape or finish. Machining is used to create a wide range of products, including automotive and aerospace parts, consumer electronics, and tools. The process can be performed manually or using known as CNC machines, which can execute complex cutting operations with high precision and consistency.

All types of reducers and gearboxes that are manufactured in state-of-the-art facilities are used in various sectors around the world. In our high-tech factories, all types of special reducers and gears can be manufactured as required

-Dust protected strong mechanical structure -Feature of positioning welding head on 1,2 or 3 lines -Feature of oscillation on 1, 2 or 3 lines -Enable to work on different axis without mechanical adjustment -Enable to be used in Submerged,Inert gas or TIG -Enable to integrated with automations systems -“OLED” screen which all the parameters can be seen.

The Frame Welding Machine is made of welded parts of different sizes and is designed to obtain the desired special H profiles. The machine body and the welding heads are fixed and the workpiece provide to be welded on both sides of the part to be welded by moving by means of driven conveyors. The hydraulic cylinders in the system provide the positioning of the H profile placing and fixing during welding.The system has adjustable backrests and accessories for the roofing of the conveyor group.The system has a hydraulic piston loading unit. The system might turn beam 90 degree with maximum weight and maximum dimensions by means of chain or mechanical structure.

EKO circular welding systems are designed for circular pieces’ integration with various welding methods in different positions. It appeals to a wide usage area in which all of the welding techs single and multipass welding tig, mig/mag and submerged welds can be used. It is used in environmental and linear welding of materials like circular formed, boiler, thermosiphon, hydraulic cylinder, conveyor roller, conveyor wheel, solar power boilers etc. It increases output and gain with the savings of materials and time. Upon request, production is made on different diameter, height and features

Positioner is designed in order to change the piece’s position, tied onto it, to the best and weld. It gives movement opportunity on two independent lines which are rotating and angular positioning. Positioners can be fixed to the ground according to weight and center of gravity of the work piece. Flange rotating speed can be sensitively adjusted with the control. Optionally it can be adapted with Column-bom system as to work synchronized. Rotator and positioning motors are equipped with thermic protector separately.

It’s designed upon you weld cylindrical, conical and rectangle shaped bended frameworks and in shape of flat slab metal sheet and plaque linearly. Frameworks that are between 200-3000 mm diameters can be welded on different types of machines easily. Its production can be made from the length of 0.5 meter to 4 meters. Upon customer demand the length can be increased. As to application method, TIG, MIG and submerged welds can be adapted. Materials’ like boiler, thermosiphon, solar power boilers, cooling tanks, natural gas funnels, lpg tubes etc., height welds are made on this machine.

Access to the workpiece from the outer surface Installation close to the wall edge Linear welding with walking motion Circular welding on the rotating system Motion transfer with linear slides and trolleys Ability to connect welding machine, oxygen and plasma cutting unit Ability to create special applications and stations

Length Welding Machine is designed for length welding of cylindrical, conical and rectangular bent parts and flat plate sheet metal and plates. Parts between 100-3000 mm diameter can be welded on different machine types. The length welding machine, which offers the ability to make welds internally and externally, is produced from 1 meter to 4 meters long. In some special cases, the length may increase even more. Currently, workpieces with a minimum wall thickness of 0.60 mm can be welded. In submerged arc applications, the wall thickness is up to 20-25 mm. Boilers, water heaters, solar energy boilers, cooling tanks, natural gas chimneys, LPG tubes etc. Length welds of materials are made on this machine. Submerged arc, gas metal, tig etc. Welding systems work synchronously with our machine.

CUSTOM SHEET METAL FABRICATION WORKS FOR DEFENSE SECTOR SOLUTIONS FROM TURKEY. ALL KIND OF STAINLESS STEEL AND ALUMINUM WORKS FOR DEFENSE MNEDICAL AUTOMOTIVE LIGHTING SECTOR. ALL KIND OF INDUSTREEL SHEET METAL WORKS . CNC LASER SHEET METAL CUTTING SHEET METAL BENDING WELDING IN ANKARA TURKEY