Golden Laser at EuroBLECH 2026: Discover Advanced 3D Fiber Laser Cutting Solutions in Hall 12, Stand B06

Join Golden Laser Europe B.V. at EuroBLECH 2026 in Hannover, Germany. Explore next-generation 3D fiber laser cutting technology for sheet metal and tube processing. Visit us at Hall 12, Stand B06 to see live demonstrations of the U3-3D sheet cutter and the L12MAX-3D high-efficiency tube cutting machine.

Golden Laser Returns to EuroBLECH 2026

Golden Laser Europe B.V. is excited to announce our participation in EuroBLECH 2026, the world’s leading international exhibition for the sheet metal working industry.

From 20–23 October 2026 in Hannover, Germany, key decision-makers and engineers from sheet metal fabrication, tube processing, automotive, construction, industrial machinery, and metal furniture manufacturing will gather to explore technologies shaping the future of metal fabrication.

At Stand B06, visitors will witness live cutting demonstrations of two flagship fiber laser machines engineered to enhance productivity, cut material waste, and maximize 3D cutting capabilities:

• U3-3D: 3D Fiber Laser Cutting Machine for Sheet Metal
• L12MAX-3D: High-Efficiency 3D Fiber Laser Tube Cutting Machine

1. U3-3D: Advanced 3D Fiber Laser Cutting for Sheet Metal

The U3-3D is built for metal fabricators requiring high precision beyond conventional 2D flat-sheet cutting. Equipped with flexible multi-axis 3D cutting and beveling technology, the U3-3D allows seamlessly integrated bevel processing and complex 3D shape cutting in a single setup.

Key Advantages of the U3-3D:

• 3D & Beveling Cutting Capability: Enables precise weld preparation cuts directly out of the machine.
• High Dynamic Precision: Engineered for demanding structural and industrial metal fabrication requirements.
• Enhanced Design Freedom: Streamlines downstream assembly by producing ready-to-weld components.
• High Productivity & Nesting Efficiency: Reduces handling time and optimizes raw material usage.

Target Industries: Automotive structural components, heavy machinery manufacturing, architectural metalwork, and precision contract fabrication.

2. L12MAX-3D: High-Efficiency Laser Tube Cutting with Zero-Tail Processing

The second flagship machine featured at Stand B06 is the L12MAX-3D, a high-speed fiber laser tube cutting system designed specifically for small-to-medium-sized tubes and structural profiles.

A stand-out innovation of the L12MAX-3D is its Zero-Tail Cutting Technology. By dramatically reducing scrap on tube ends, manufacturers achieve maximum raw material utilization—reducing operational costs on every production run.

Key Highlights of the L12MAX-3D:

• Zero-Tail Scrap Reduction: Minimizes expensive material waste on tube ends.
• Multi-Axis 3D Tube Cutting: Effortlessly handles beveling, intersections, slots, and complex end geometries for round, square, rectangular, and oval tubes.
• Ultra-High Speed Processing: Designed for high-volume productivity and quick cycle times.
• Flexible Tube & Profile Processing: Ideal for scaffolding, structural frames, and custom tubular designs.

Target Industries: Metal furniture, fencing & scaffolding, fitness equipment, automotive frame structures, and general tube fabrication.

Why Visit Golden Laser at Stand Hall 12, B06?

EuroBLECH is the premier hub for metalworking professionals evaluating new industrial equipment. Visiting Golden Laser Europe B.V. gives you direct access to live technical demonstrations and expert consultation.

• Live Machine Demos: Experience real-time high-speed 3D laser processing on sheet metal and tubular profiles.
• Tailored Technical Consultation: Bring your drawings, tube/sheet samples, or production challenges to discuss tailored solutions with our engineering team.
• Explore Automation & ROI: Learn how automated loading, material optimization, and zero-tail technology reduce cost per part.
• European Direct Support: Discover how Golden Laser Europe B.V. provides rapid-response technical service, local spare parts stock, and reliable after-sales support across Europe.