Laser welding systems - Import export

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.

High efficiency and low cost in a short time in prototype works, More economical than machining, More flexible working opportunity in design, Production at lower costs in a short time without requiring molds in small quantities, Using the material in the most efficient and waste-free way in production, Allowing production without molds, Cutting No crushing of the material since there is no contact with the material during cutting, Burr-free and minimum roughness cutting process

Carbon Steel and Stainless Steel Robot Laser Welding Part Manufacturing

CNC laser cutting is a widely used manufacturing method in the industry. Although lasers were invented in the 20th century, their integration into light industry became prominent only after the turn of the millennium. Combining laser technology with computer precision, CNC laser cutting provides high efficiency and safety, which would be challenging to achieve with manual operation. In Istanbul, many CNC laser cutting companies are concentrated in areas like Ikitelli and Dudullu. These professional machines are essential for custom CNC work and are employed by various businesses for their extensive capabilities.

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.

CNC laser cutting is a widely used manufacturing method in the industry. Although lasers were invented in the 20th century, their integration into light industry became prominent only after the turn of the millennium. Combining laser technology with computer precision, CNC laser cutting provides high efficiency and safety, which would be challenging to achieve with manual operation. In Istanbul, many CNC laser cutting companies are concentrated in areas like Ikitelli and Dudullu. These professional machines are essential for custom CNC work and are employed by various businesses for their extensive capabilities.

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.

CNC laser cutting is a widely used manufacturing method in the industry. Although lasers were invented in the 20th century, their integration into light industry became prominent only after the turn of the millennium. Combining laser technology with computer precision, CNC laser cutting provides high efficiency and safety, which would be challenging to achieve with manual operation. In Istanbul, many CNC laser cutting companies are concentrated in areas like Ikitelli and Dudullu. These professional machines are essential for custom CNC work and are employed by various businesses for their extensive capabilities.

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.

Achieving a cutting tolerance of +-0.25mm, lasers are firmly established as the accurate cutting technology. Capable of achieving fine contours and intricate cuts in seconds, laser cutting is leading the way in manufacturing efficiency gains.

Our laser tube cutting service includes all major tube and section profiles – including large tube laser cutting – with specialist profile capabilities accommodated with ease. Continuous investment ensures we can always offer our customers the broadest capabilities, so they remain at the forefront.

Robust and Rigid Body Kuka HR Series Robot High Accuracy Index Table Custom Design Clamping Fixturing Laser Welding Head Fiber or Disk Laser Laser Safe Class 1 Enclosure Customized HMI

Manual application of the laser beam obtained from Lamp Pumped (Nd:YAG) 300w and 600w systems without any automation and fixturing. Practical Accessible Light weight Ergonomical Safe Available with; Nd: YAG Laser. Laser operates only when the operator uses the glasses, and the graphite touches the working material Graphite tips are designable specifically for the welding piece and easy to apply Provides economic solutions as fixturing is not required With its ergonomic design, it facilitates welding application in sections difficult to reach Time assist gas control allows for a cleaner surface to be obtained Multiple fiber path, can achieve energy sharing and time sharing Energy negative feedback laser control technology to achieve consistent welding effect Arbitrary waveform control technology to precisely control welding points formed by each pulse energy.

3000x1500mm / 4000x2000mm / 6000x2000mm Standard size Cutting Bed Fiber & Disk Laser Option Laser Power Range between 1kW-12kW Autofocus – Manual Focus Cutting Head Options Ramping Shuttle Table Advanded TurcCut New Generation HMI Metalix CAD/CAM Nesting Edge Detection Sensor Robotic Unloading Option Patented Back Reflection Sensor AVAILABLE FEATURES Robotic Integration Auto – Feeder Solutions Gantry System Unloading Laser Marking Unit Custom Size Cutting Bed Monitoring Camera Integration Existing Production Line I/O Connection (Ethernet)

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.

This model is exchange table. It has 2 tables. Available powers are; 2KW-4KW-6KW.