LASER FIBER WELDING MACHINE SA-KPOWER MOLD

NEW TECHNOLOGY FIBER LASER MOLD WELDING MACHINE

South America Laser fiber laser mold welding machine is suitable for repairing and welding of machine components, precision molds, as well as welding of many other metal structural parts.

Laser welding is a new type of welding method that produces deep and narrow welds, keeping the surrounding areas more aesthetically pleasing and minimizing distortion. By controlling parameters such as width, energy, peak power and repetition frequency of laser pulses, South America Laser 's mold laser welding machine can perform spot welding, butt welding, lap welding and sealing welding, etc. The welding speed is fast, producing smooth welds and usually does not require further finishing.

Advantages of South America Laser mold welding machine :

1. No consumables:  No bulbs, no maintenance required.

2. Lower average power consumption:  About 5.6 kWh per hour at maximum power.

3.  Wide fusion range:  Efficient fusion: 0.1-1.2mm stainless steel, stable laser beam, no deviation.

4. Equipped with dedicated dual temperature control water chiller:  ensures stability for long-term high-power operations.

5. Lens: equipped with water cooling system for long-term high-power operations, better protection of the lens.

6. Deep welding ability:  ensures stronger and more thorough fusion, no voids or residue, creating beautiful repair traces.

7. The laser head can easily rotate 90 degrees and move forward or backward, facilitating welding on all sides.

High Precision:  Laser welding technology excels at achieving high precision. It allows for precise welding even on intricate details and complex mold shapes. This precision ensures accurate and consistent welds, creating high-quality joints.

Low heat input:  Laser welding minimizes heat input during welding, reducing the size of the heat affected zone on the mold. Low heat input can maintain the stability of the mold in shape and size.

Fine control:  Laser welding technology allows for highly precise control of welding parameters such as laser power, welding speed and focal length. Fine-tuning these parameters ensures optimized welding results, meeting the specific requirements of mold manufacturing.

Non-contact:  Laser welding operates as a non-contact method, eliminating the need for direct contact with the mold surface, which eliminates the problems associated with mechanical stress and wear, common in traditional welding methods. The non-contact also prevents wear and contamination due to friction between the welding tip and the mold surface.

Fast speed:  Laser welding is an efficient method with fast welding speed, making it an ideal solution for mass production molds or high-throughput manufacturing processes.