Applications

Tailift Flatbed Fiber Laser Cutting Solutions

Diverse Applications from Precision Thin Sheets to Heavy Structural Steel Fabrication

Tailift Flatbed Fiber Laser Cutting Solutions

In modern sheet metal processing, flatbed fiber laser cutting equipment has become an essential production tool. Compared with traditional shearing, sawing, punching, and plasma cutting, fiber lasers deliver higher cutting speeds, narrower kerfs, smaller heat-affected zones, superior contour freedom, and exceptional flexibility for low-volume, high-variety manufacturing.
Driven by digital CAD drawings and automated nesting software, fiber lasers easily process carbon steel, stainless steel, aluminum alloys, galvanized sheets, copper, and special metal alloys across precision electronics, general sheet metal, machinery, transportation, energy equipment, and heavy steel structures.

Selecting Working Platforms Based on Sheet Size & Product Characteristics

Working table dimensions directly dictate maximum sheet sizes, nesting efficiency, floor footprint, loading/unloading productivity, and material utilization. In addition to size, table bed structure plays a vital role in cutting stability: standard medium-to-heavy sheets utilize slate-type knife-strip tables, whereas micro-parts and thin foils utilize honeycomb vacuum tables.

900×650 mm Compact Precision Laser Cutting Machine

Designed specifically for high-precision, small-format, or densely nested thin metal components. Common applications include: electronic mechanism components, precision hardware, metal shims, instrument panels, medical device parts, micro-gaskets, battery busbars, conductive foils, metal mesh patterns, and R&D prototype sampling.

Honeycomb Vacuum Table Option: Features dense, uniform support structures with negative pressure air suction to prevent thin sheet displacement or thermal warping. Ideal for ultra-thin stainless steel, aluminum/copper foils, EMI shielding, and delicate shims.

3000×1500 mm Standard "3015" Laser Cutting Machine

The industry gold standard for general sheet metal fabrication. It offers an optimal balance between standard raw material sizes, nesting efficiency, footprint, and capital investment.

Key Applications: General sheet metal job shops, machine tool enclosures, electrical control boxes, food/packaging machinery, kitchenware, HVAC ducting, elevators, automotive/agricultural parts, and metal furniture.
Knife-Strip (Serrated) Table: Supports full-size plates, allows slag and cutting gas to vent downward, and integrates smoothly with shuttle tables and automated load/unload systems.

4000×2000 mm Medium-Large "4020" Laser Cutting Machine

Suited for wide-format plates and larger structural members, reducing the need for multi-segment cutting and secondary welding.

Key Applications: Heavy equipment covers, construction/agricultural machinery frames, commercial vehicle chassis, large electrical cabinets, architectural facade panels, and industrial tanks.

12030 Large-Format Gantry-Style (Floor-Rail) Laser Cutting Machine

Suited for wide-format plates and larger structural members, reducing the need for multi-segment cutting and secondary welding.

Key Applications: Steel construction structures, bridge girders, shipbuilding/offshore engineering, mining machinery, rail transit, pressure vessels, and heavy plate beveling.
Modular Heavy-Duty Workbed: Supports dual-zone pendulum processing, allowing loading/unloading in one zone while cutting continues uninterrupted in the second.

Laser Power Configurations: From 1,200W to 60,000W

Laser power dictates cutting speed, maximum thick-plate capacity, piercing efficiency, and throughput. Tailift integrates leading resonator brands (IPG, nLIGHT, Raycus, MAX) alongside intelligent cutting heads, CNC systems, proportional gas valves, and process databases.

Power Level	Primary Processing Range	Typical Applications & Benefits
1,200W–2,000W	Thin metal foils & small precision parts (< 3mm)	Electronics, precision shims, nameplates, battery tabs, R&D sampling. Paired with 900x650mm table.
3,000W – 6,000W	General sheet metal core workhorse (1mm – 20mm)	Control cabinets, machine enclosures, food machinery, HVAC, automotive parts. Excellent versatility.
8,000W–0,000W	Medium-to-thick plate high-speed processing (up to 40mm)	Construction machinery, heavy chassis, structural components, high-speed thin-plate nitrogen cutting.
30,000W – 60,000W	Ultra-thick plates & heavy structural steel (> 50mm)	Shipbuilding, bridges, heavy equipment, power generation, thick plate bevel cutting. Replaces plasma/flame cutting.

Transitioning from Standalone Cutting to Automated Production

Modern fiber laser technology extends beyond cutting shapes. By combining automated nesting, remnant management, exchange tables, auto load/unload towers, material storage, partitioned dust extraction, and smart cutting head diagnostics, manufacturers build highly efficient, unmanned smart sheet metal factories.