ESAB Welding and Cutting ProductsHybrid Laser WeldingHybrio™
Description
Features
ESAB's Hybrio™ hybrid laser welding technology combines the deep weld penetration and low heat input associated with laser welding with the excellent weld properties and superior gap tolerance of gas metal arc welding (GMAW).
A radically new welding alternative, it produces extremely narrow and deep welds at very high travel speeds. In a single pass, the Hybrio™ process can often achieve what might require multiple weld passes using a conventional fusion welding process.
Heat input to the part is reduced, as is the associated weld shrinkage and distortion that can make postwelding geometry unpredictable - and costly to repair.
Using gas metal arc welding (GMAW) in combination with a laser, the Hybrio™ process overcomes the limitations of laser-only welding with its ability to produce quality welds in joints with less-than-perfect fitup between parts. This enables a widened, more robust process envelope by a factor of three compared to a conventional laser-only process.
GMAW also allows users to add filler metal to adjust the weld's metallurgical properties and create beads and fillets, while the slower cooling rate reduces hardness. These features are especially beneficial when joining high performance carbon and stainless steels.
ESAB's exclusive adaptive closed-loop control system detects joint fit-up conditions and changes the process parameters in real-time to achieve a constant weld profile. This broadens the process window by a further 5 times over non-adaptive control.
ESAB Welding and Cutting Products
Done
Description
Features
ESAB's Hybrio™ hybrid laser welding technology combines the deep weld penetration and low heat input associated with laser welding with the excellent weld properties and superior gap tolerance of gas metal arc welding (GMAW).
A radically new welding alternative, it produces extremely narrow and deep welds at very high travel speeds. In a single pass, the Hybrio™ process can often achieve what might require multiple weld passes using a conventional fusion welding process.
Heat input to the part is reduced, as is the associated weld shrinkage and distortion that can make postwelding geometry unpredictable - and costly to repair.
Using gas metal arc welding (GMAW) in combination with a laser, the Hybrio™ process overcomes the limitations of laser-only welding with its ability to produce quality welds in joints with less-than-perfect fitup between parts. This enables a widened, more robust process envelope by a factor of three compared to a conventional laser-only process.
GMAW also allows users to add filler metal to adjust the weld's metallurgical properties and create beads and fillets, while the slower cooling rate reduces hardness. These features are especially beneficial when joining high performance carbon and stainless steels.
ESAB's exclusive adaptive closed-loop control system detects joint fit-up conditions and changes the process parameters in real-time to achieve a constant weld profile. This broadens the process window by a further 5 times over non-adaptive control.
Features
ESAB's Hybrio™ hybrid laser welding technology combines the deep weld penetration and low heat input associated with laser welding with the excellent weld properties and superior gap tolerance of gas metal arc welding (GMAW).
A radically new welding alternative, it produces extremely narrow and deep welds at very high travel speeds. In a single pass, the Hybrio™ process can often achieve what might require multiple weld passes using a conventional fusion welding process.
Heat input to the part is reduced, as is the associated weld shrinkage and distortion that can make postwelding geometry unpredictable - and costly to repair.
Using gas metal arc welding (GMAW) in combination with a laser, the Hybrio™ process overcomes the limitations of laser-only welding with its ability to produce quality welds in joints with less-than-perfect fitup between parts. This enables a widened, more robust process envelope by a factor of three compared to a conventional laser-only process.
GMAW also allows users to add filler metal to adjust the weld's metallurgical properties and create beads and fillets, while the slower cooling rate reduces hardness. These features are especially beneficial when joining high performance carbon and stainless steels.
ESAB's exclusive adaptive closed-loop control system detects joint fit-up conditions and changes the process parameters in real-time to achieve a constant weld profile. This broadens the process window by a further 5 times over non-adaptive control.
Features
ESAB's Hybrio™ hybrid laser welding technology combines the deep weld penetration and low heat input associated with laser welding with the excellent weld properties and superior gap tolerance of gas metal arc welding (GMAW).
A radically new welding alternative, it produces extremely narrow and deep welds at very high travel speeds. In a single pass, the Hybrio™ process can often achieve what might require multiple weld passes using a conventional fusion welding process.
Heat input to the part is reduced, as is the associated weld shrinkage and distortion that can make postwelding geometry unpredictable - and costly to repair.
Using gas metal arc welding (GMAW) in combination with a laser, the Hybrio™ process overcomes the limitations of laser-only welding with its ability to produce quality welds in joints with less-than-perfect fitup between parts. This enables a widened, more robust process envelope by a factor of three compared to a conventional laser-only process.
GMAW also allows users to add filler metal to adjust the weld's metallurgical properties and create beads and fillets, while the slower cooling rate reduces hardness. These features are especially beneficial when joining high performance carbon and stainless steels.
ESAB's exclusive adaptive closed-loop control system detects joint fit-up conditions and changes the process parameters in real-time to achieve a constant weld profile. This broadens the process window by a further 5 times over non-adaptive control.
