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Laser Welding

Advanced laser technology is revolutionizing component joining in the oil and gas industry, delivering clean, high-strength welds with minimal thermal distortion.

High-integrity joining of pipeline sections, structural components, storage tanks, and process equipment.

Up to 10 m/min

High-precision
welding speed

Up to 12 mm

Welding depths
with consistent quality

x2 times

Smaller heating spot diameter reduces
the thermal impact zone even further

Up to 10 m/min

High-precision
welding speed

Up to 12 mm

Welding depths
with consistent quality

x2 times

Smaller heating spot diameter reduces
the thermal impact zone even further

Precision Metal Joining for Oil&Gas Operations

Laser welding delivers high-speed joins with zero post-weld finishing. Precisely controlled, localized heat input produces consistently strong welds with minimal heat-affected zones and virtually no distortion. Purpose-built for seamless integration into demanding operational environments, laser welding systems combine rapid deployment cycles with straightforward operator qualification—accelerating time-to-production while reducing rework across critical assemblies.

Use Cases

High-strength joining of pipeline sections, structural elements, reservoirs and process equipment
Laser welding of spring, rigid, and roller centralizers for oil and gas wells.
Laser welding of large-diameter pipe (Ø1420 mm)
Laser welding of large-diameter pipe Ø530 mm
Hybrid laser welding of steel pipe
Laser welding of body edges with LiteWELD — precision seams and stronger joints

Advantages of Laser Welding

Exceptional speed

Laser welding delivers high welding speeds, enabling you to save time and shorten production cycles

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Zero-defect welding

Advanced laser technology eliminates defects like porosity and cracking, ensuring superior metallurgical quality

Superior quality

Thanks to their flawless appearance and strength, laser welds ensure your products have a perfect finish

Unmatched precision

Thanks to unique physical principles, laser welding technology minimizes thermal distortion, preserving the shape and integrity of materials

Filler material savings

Laser welding can be performed without filler materials when your part fit-up is precise, or with minimal filler usage when needed

Proven versatility

Laser welding handles a broad range of materials: low-alloy and high-alloy steels, aluminum and titanium alloys, and non-ferrous metals

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Applications

Laser welding of spring, rigid, and roller centralizers
Laser welding of spring, rigid, and roller centralizers
Pipeline joint welding
Pipeline joint welding
Laser welding of large-diameter pipe
Laser welding of large-diameter pipe
Manufacturing of tanks for petroleum products
Manufacturing of tanks for petroleum products

Automated Laser Welding System FL-CPM

A versatile machine-type system for processing rotary parts, featuring a modular coordinate system and a wide range of removable supports for customizable configurations

Filler wire capability for dissimilar material joining

Filler wire capability for dissimilar material joining

Full process automation, reducing labor costs, maximizing productivity

Full process automation, reducing labor costs, maximizing productivity

Seamless integration into robotic welding cells

Seamless integration into robotic welding cells

Reduced post-weld rework, ensuring enhanced quality meeting API standards

Reduced post-weld rework, ensuring enhanced quality meeting API standards

Portable solutions for field repair of pipelines

Portable solutions for field repair of pipelines

Applications

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Carbon steel (X52, X65, X70): up to 12 mm thickness in a single pass
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Stainless steel (316L, Duplex): up to 10 mm thickness
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Nickel alloys (Inconel 625, 718): up to 8 mm thickness

Handheld Laser Welding System LiteWELD

The LiteWELD offers industrial laser welding solutions for both thin and thick metals.

Integrated cleaning mode improves weld quality and saves time

Integrated cleaning mode improves weld quality and saves time

Up to х4 faster laser welding speed than traditional methods

Up to х4 faster laser welding speed than traditional methods

Simplified system configuration and fast commissioning

Simplified system configuration and fast commissioning

Applications

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Stainless steel (316L, Duplex): up to 10 mm thickness
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Carbon steel (X52, X65, X70): up to 12 mm thickness in a single pass
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Nickel alloys (Inconel 625, 718): up to 8 mm thickness

Related Products

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FL-CPM

Automated laser welding system

Discover capabilities
Image (47)

Handheld Laser Welding System

Discover capabilities