SF-Titan Fiber Laser Cutting Machine for Large-Format and Thick-Plate Processing
Large-format high-power laser solution Overview SF-Titan Fiber Laser Cutting Machine for Large-Format and Thick-Plate Processing SF-Titan is a project-engineered fiber laser cutting system for extra-long, extra-wide and thick metal plate. Its modular heavy-duty bed, steel-welded crossbeam and dual-drive motion platform are designed to maintain stability across demanding large-format production. Available configurations cover 12–60 kW laser power and customized working areas, including a 30,000 × 4,600 mm 60 kW solution for high-output thick-plate and structural-steel applications. Best For Large and thick carbon-steel, stainless-steel and compatible metal-sheet processing. Structural-steel factories handling oversized parts and long production runs. Projects requiring a customized cutting width, bed length, laser power or site-specific layout. Production teams that need Tekla NC1 import, automated nesting and part identification. Key Advantages Heavy-duty modular bed: H-section steel construction with side sealing plates, box-beam sections of at least 14 mm and integrated guide-rail mounting plates. Stable steel crossbeam: a large-section welded steel beam supports wide working spans and resists deformation and impact displacement. Precision bed docking: fully machined connection faces and quenched cylindrical locating pins support accurate alignment of long modular beds. Gantry dual drive: powerful dual-Y servo motors and flange-output reducers provide responsive motion across the large working envelope. Protected cable routing: a heavy-duty Mammut drag chain helps protect cables against wear and temperature variation. Safety & Process Protection Light-curtain protection around the crossbeam stops motion when the protected zone is entered. Six emergency-stop buttons are distributed at the front and rear of the bed and on both sides of the crossbeam. An independent electrical cabinet separates strong and weak current and uses dedicated climate control for a cleaner, more stable operating environment. Closed-loop gas control supports nitrogen, oxygen and air selection, with pressure and supply monitoring, filtration, alarms and cutting interlocks. The cutting-head enclosure includes negative-pressure dust protection, a monitoring camera, an external anti-collision frame and torque protection. Technical Specification Parameter Standard Series 60 kW Configuration Working Area Customized; reference configuration 26,000 × 3,000 mm 30,000 × 4,600 mm Laser Power 12,000–30,000 W 60,000 W Maximum Acceleration 0.6 G 0.6 G Maximum Travel Speed 80 m/min 80 m/min Positioning Accuracy ±0.03 mm/m ±0.03 mm/m Repeat Positioning Accuracy ±0.01 mm ±0.01 mm Transmission Gantry dual drive Gantry dual drive Total Power Consumption <102 kVA <171 kVA Working area, laser power, electrical requirements, machine footprint, extraction, guarding and auxiliary systems are finalized for the material range, output target and destination site. Main Configuration System Configuration Purpose Machine Bed Modular H-section steel welded bed with side sealing plates, box-beam sections of at least 14 mm and integrated guide-rail mounting plates Provides a rigid foundation for long-format cutting and supports long-term alignment stability. Bed Connection Fully machined thick-plate connection faces with quenched cylindrical locating pins Improves contact between modular bed sections and supports accurate repeatable docking. Bed Supports Dual-sided 24 mm support screws Increases support force and helps resist displacement and deformation during extended operation. Crossbeam Large-section welded steel crossbeam Provides strength and impact resistance across wide working spans. Drive System Gantry dual drive with dual-Y 4.4 kW servo motors Supports responsive motion and high travel speed across the large working area. 60 kW Servo System Inovance dual-Y servo motors Specified for the referenced 60 kW configuration; final motor package is confirmed with the selected machine. Reducers 110 flange-output reducer on X axis and 140 flange-output reducers on dual Y axes Provides high torque and stable power transmission. Cable Management Mammut heavy-duty drag chain Protects cables against wear and high- and low-temperature operating conditions. Electrical Cabinet Independent climate-controlled cabinet with strong/weak-current separation Helps protect electrical components from cutting dust, heat, condensation and loading vibration. Gas Control Software-selectable nitrogen, oxygen and air circuits with filtration, supply monitoring, pressure detection, alarms and cutting interlocks Prevents cutting with an incorrect gas selection or insufficient gas supply or pressure. Cutting-Head Protection Negative-pressure dust protection, built-in monitoring camera, external anti-collision frame and torque protection Protects sensitive optics and allows the operator to monitor framing and cutting from the control station. Safety System Crossbeam light curtains and six distributed emergency-stop buttons Stops machine motion when the protected area is entered and provides accessible emergency shutdown points. Control & Nesting Structural-steel software with Tekla NC1 import, property reading, multi-layer nesting, common-edge cutting, edge piercing and automatic part labeling Connects engineering data to production and improves nesting and identification efficiency. Component brands and detailed specifications may vary with laser power, working area, destination standards and project requirements. The final bill of materials is confirmed in the quotation and technical agreement. Smart Structural-Steel Workflow Imports Tekla NC1 files and reads part properties such as material, thickness and quantity. Supports multi-layer nesting, common-edge cutting and edge piercing to improve material utilization. Automatically identifies and labels parts to reduce manual marking work. Optimized lead-out control helps reduce end-of-cut buildup around internal holes. High-speed fly cutting supports efficient processing of repeated small contours on large sheets. Before Ordering Provide material grades, minimum and maximum thickness, sheet sizes and monthly production targets. Share representative drawings, nesting files or Tekla NC1 data and required cut-quality standards. Confirm available floor space, loading method, material-flow direction and preferred working area. Confirm destination voltage and frequency, cutting-gas plan, extraction requirements and local safety rules. Final configuration, price, lead time, shipping plan, installation and commissioning scope are confirmed through a project quotation. Related reference: After-sale Service Related reference: Shipping Info Related reference: Contact SkyFire FAQ Can the working area be customized? Yes. Bed length and cutting width are engineered around sheet size, part mix, site layout and material-handling requirements. What laser power is available? SF-Titan configurations cover 12–60 kW. The recommended power depends on material, thickness, cut-quality target and required throughput. Can it process Tekla NC1 files? Yes. The structural-steel workflow can import Tekla NC1 data, read part properties, nest parts and support automatic identification. How is operator safety handled? The machine combines light-curtain protection, distributed emergency stops, gas-monitoring interlocks, cutting-head anti-collision protection and project-specific guarding. Final safety scope is confirmed for the installation site. Is the 60 kW version a standard machine? The 60 kW configuration is engineered for the customer’s materials, working area, utilities, extraction and production objectives. The 30,000 × 4,600 mm configuration is available as a reference starting point.