CE Certificate Fiber Laser Cutter for H BEAM Cutting-manufacture,factory,supplier from China

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.

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.

    1200MM Profile Steel Fiber Laser Cutting SolutionMaterials is fixed on the platform, the laser head is rotating cutting, cutting precison is higher than the Standard Chucks.Round Pipe: Φ1200mmSquare Pipe: Diagonal 1200mmProfile H Web:1200mmBudget-friendly & Energy-efficient

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.

Why Choose the Exchange Table for Metal Sheet Cutting?for the metal sheet cutting machine, there has the single table and double table ( exchange table) option, so how to choose the suitable cutting table? it mainly upon to your cutting quantity per day.The exchange table is suitable for situations with long production cycles and large processing volumes. It adopts a two-table design, each of which works alternately, so that one table can be cut while the other table is loading and cleaning.

Robot Fiber Laser Cutting Machine.The precision of robotic systems for cutting small circular holes in metal tubes is generally high, often achieving tolerances within ±0.1–0.2 mm when using advanced tools like fiber lasers or high-precision mechanical cutting heads. Robotic systems excel in repeatability (typically ±0.05–0.1 mm) due to their programmed motion control, making them ideal for complex geometries and consistent batch production.Compared to plasma cutting:  1.

When bevel cutting the small circular holes appear irregular, especially during bevel cutting in laser cutting ( Like the above picture showing), it can be attributed to several specific factors related to the complexity of bevel cutting and the precision required for small features.

12 kW fiber laser is an extremely powerful industrial tool, primarily used for cutting metals with high precision and speed.Fiber lasers are particularly efficient for cutting reflective metals and are widely used in industries like automotive, aerospace, and manufacturing. Here's a breakdown of what 12 kW fiber laser can cut:---Metals and Their Thickness Limits1. Carbon Steel (Mild Steel):   - Thickness: Up to 40-50 mm (depending on the quality and assist gas used).   - Application: Structural components, machinery parts, and automotive frames.2.

Industrial robots are widely used in manufacturing processes to improve efficiency and productivity.Industrial robots are used in various industries such as automotive, electronics assembly, metal processing, casting, and other heavy and light industries.They are also being used in agriculture for tasks like fruit and vegetable grafting, harvesting, inspection, and classification. In addition, industrial robots are employed in service areas like medical care, nursing, and household assistance.