Fiber Laser Welding

Laser Welding

Fiber laser welding for joints where heat input, access, and finished appearance need careful review.

OVERVIEW

Equipment and working range

Fiber laser welding supports fabricated assemblies where joint access, heat input, and finished appearance require review. Define material, thickness, fit-up, weld performance, and inspection requirements with our team before selecting the process.

ProcessFiber laser welding

Joint ReviewMaterial, thickness, access, and fit-up

AcceptanceAgreed weld and inspection requirements

PROCESS DETAILS

Equipment & process details

Fiber laser welding

Laser welding for fabricated parts and assemblies

Material, thickness, joint geometry, and acceptance requirements reviewed with your drawing

Planning your laser welding project?

Discuss laser welding for joints where heat input, appearance, and dimensional control matter within a larger fabrication package.

Joint access, gaps, material, and required weld performance determine process suitability. Any sealing or performance requirement must have an agreed verification method.

Plan your complete manufacturing package

Include with your request

Joint drawing, material grade, thickness, and fit-up details
Weld size, appearance, sealing or inspection requirements, and applicable specifications
Quantity, fixturing references, and any subsequent machining or finish

For controlled technical data, arrange the appropriate transfer with our team before sending it.

PreviousWelding NextSaw Cutting

COMPLETE THE BUILD

Connect the Next Process

Discuss the operations needed for your finished part or assembly.

Laser Cutting

Two Ermaksan GEN-5 fiber lasers, 6 kW and 12 kW, cut steel, stainless steel, and aluminum sheet and plate. Coordinate cut parts with forming, welding, and finish. Material thickness, features, and cut quality are reviewed with your drawing.

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Press Brake Forming

Form sheet and plate with a 200-ton Ermaksan EvoIII CNC hydraulic press brake and two 150-ton Wysong hydraulic press brakes. A three-roll plate roll supports work up to 8 ft × 3/8 in. Bend geometry, tooling, material, and tolerances are reviewed against the finished part.

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Assembly & Wiring

Build-to-print and design-to-spec assembly includes kitting, subassemblies, and panel and rack wiring. Rack assemblies receive functional testing before shipment. Scope of supply, interfaces, test procedures, and acceptance criteria are agreed with your team.

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Need Laser Welding for Your Program?

Let's discuss your requirements and put together a manufacturing plan that fits your specifications and timeline.

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