Laser Beam Welding Machine-manufacture,factory,supplier from China

According to a Business Wire report, by 2026, the robotic welding market is projected to nearly double from a 2018 value of $5,450.5 million to $10,784.4 million. There are a number of key drivers behind the expansion of robotic welding. First and foremost, industrialization is growing at a rapid pace throughout the world, especially the automotive and metal industries. There is also an increase in customer demands, and many manufacturers can’t keep up. Robotic welding assists both manufacturers and the customer in creating more efficient processes.

Laser welding machines primarily utilize the following cooling methods:1. Water Cooling:   - Features: Uses circulating water to dissipate heat, offering high efficiency and suitability for high-power equipment.   - Advantages: Excellent cooling performance, maintaining stable equipment temperature.   - Disadvantages: Requires regular maintenance to prevent scaling and corrosion.2.

Fibre lasers, a new generation of devices, are characterised by high output power, excellent beam quality and a very compact design. Fibre lasers are excellent radiation sources used for a wide range of industrial applications such as macro and micro material processing, including cutting and welding. The beam of such lasers is of high quality and density and the wavelength generated is ten times shorter than that of CO2 lasers. This facilitates the integration of the laser into a cutting machine or industrial robot.

Fiber laser cutting machine can cut an H-beam (I-beam), but there are some important considerations to keep in mind. Laser cutting is highly precise and efficient for cutting metal, but its suitability for cutting H-beams depends on the size of the beam, the type of laser cutter, and the beam's thickness.1. Smaller H-Beams:   - Laser cutters can easily cut smaller H-beams, especially if the beam fits within the machine's cutting bed and the thickness of the metal is within the laser's capacity (typically up to 25 mm for high-powered industrial lasers).2.

SEJONG TECH Profile H Beam Fiber Laser Cutting Machine is a variable machine dedicated for production of steel structures. Besides optional pipe-, rectangular profile.

Fiber Laser Cutting Machine ExhibitionThe 28th Jinan International Machine Tool Exhibition24th-27th March 2025Fiber Laser Cutting MachineFiber Laser Welding MachineTwo Chucks Pipe Cutting MachineThree Chucks Pipe Cutting MachineH profile Fiber Laser CutterRobot Fiber Laser CutterRobot Laser WeldingWelcome your VISIT!

1. Safe Operation: Ensure that operators wear personal protective equipments, such as goggles, gloves, etc. Avoid to contact with the laser beam and the cutting head area. 2. Environmental Ventilation: Soot and gas will be generated during the laser cutting process. It is necessary to ensure that the processing area is well ventilated to prevent the accumulation of soot from affecting work efficiency and the health of operators. 3.

The global laser processing market size is estimated to be valued at USD 6.8 billion in 2024 and is anticipated to reach USD 11.0 billion by 2029, at a CAGR of 10.1% during the forecast period.The global laser cutting machine market has been experiencing steady growth driven by advancements inmanufacturing automation, demand for precision cutting, and expanding applications across various industries. Here's an overview of the market size and key trends:Market Size & Growth- 2023 Valuation: The market was estimated at $5.2–6.5 billion in 2023, depending on the source

What is a ground rail laser cutting machine?The ground rail cutting machine, also known as a large-format laser cutting machine, is a high-efficiency device that utilizes laser technology for material cutting. As industries like steel structures undergo transformation and upgrading, there is increasing market demand for cutting equipment suitable for medium and thick metal plates.

Open-Type Fiber Laser Cutting MachineAn open-type fiber laser cutting machine is a cutting-edge device that utilizes a high-powered fiber laser source to slice through various materials with exceptional precision. It comprises three essential components: the laser source, the cutting head, and the control system. Its open design allows easy access to the workspace, facilitating efficient material handling and loading.The fiber laser technology employed in open-type machines boasts exceptional energy efficiency, consuming less power than traditional CO2 lasers.