General 
General
WIZARCS WELDING MACHINES: A LOOK AT THE FUTURE OF WELDING
The WIZARCS brand has emerged as a key player in the welding machine market, standing out for its…
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NOTICIAS 
NOTICIAS
HELIOS – IN THE AWS WELDING JOURNAL
YOU CAN DOWNLOAD THE FULL MAGAZINE AT THIS LINK: https://acortar.link/3c3c86
PROCESOS SOLDADURA 
PROCESOS SOLDADURA
ROBOTIC WELDING, REVOLUTIONIZING EFFICIENCY IN MANUFACTURING.
Robotic welding has emerged as a revolutionary technology in the industrial sector, transforming the way metal joining processes…
PROCESOS SOLDADURA 
PROCESOS SOLDADURA
# WHAT IS LASER WELDING? Laser welding is a high-precision fusion welding process that uses a concentrated laser beam as a heat source to join metallic or thermoplastic materials. The term “LASER” stands for **Light Amplification by Stimulated Emission of Radiation**. ## Operating Principle The laser beam is focused onto the workpiece surface through optical lenses or fiber optics, generating an extremely high energy density that rapidly melts the base metal at the joint area. Upon cooling, a narrow, deep weld bead is formed with a high depth-to-width ratio, known as the **aspect ratio**. ## Main Types of Laser Welding – **Conduction mode welding:** The laser beam heats the surface without vaporizing the material, producing shallow, wide weld beads. – **Keyhole mode welding (deep penetration):** The energy density is high enough to vaporize the metal, creating a vapor capillary or **keyhole** surrounded by molten metal. ## Advantages – Minimal heat-affected zone **(HAZ)** – Low thermal distortion – High welding
Laser welding is a process that uses a concentrated, collimated beam of light to melt and join metal…
CORTE 
CORTE
OXYFUEL CUTTING OR PLASMA? ADVANTAGES AND DISADVANTAGES
Plasma cutting is a technology that harnesses the fourth state of matter, consisting of the passage of electrical…