1.5kw 3kw 6kw 10kw 12kw CNC Fiber Laser Cutting M | RFQ Sourcing Details

. Overview Technical Parameter Overview . Model NO.

HXC-1500/2000/3000/6000/10000/12000 Application Agriculture Machinery, Automotive Industry, Advertising Industry, Metal Processing Cooling System Water Cooling Technical Class Continuous Wave Laser Applicable Material Metal Structure Type Gantry Type Laser Classification Fiber Laser Laser Technology Laser Control Fault Cutting Model No Hxc3015 Name Fiber Laser Cutting Machine Laser Power 1.5kw/2kw/3kw/4kw/6kw/8kw/12kw/15kw/20kw/30kw Cutting Material Metal/Carbon Steel/Stainless Steel/Aluminum/Copper Working Size 3015/4020/4015/6015/6020/6025/8025 Laser Brand Raycus/Max/Ipg Laser Type Fiber Laser Key Word Metal Laser Cutting Machine Transport Package Wooden Case Specification 1510mm*3100mm Trademark HXLASER Origin Guangdong, China Production Capacity 1000pieces/Year Packaging & Delivery Package Size 420.00cm * 220.00cm * 180.00cm Package Gross Weight 2500.000kg Laser Cutting Machine for Sheet Metal Available in multiple configurations.

Delivers high precision, high speed, a narrow kerf, minimal heat-affected zone, and a smooth, burr-free cut. Hengxin Laser Cutting Machine Featuring an advanced gantry structure design, this fiber laser cutting machine delivers exceptional performance. It incorporates world-class CNC systems and fiber laser sources.

The gantry-style dual-drive mechanism, combined with an integrally welded base and rack-and-pinion transmission system, ensures high speed and precision. Capable of completing cuts in a single pass, it minimizes post-processing requirements and significantly enhances processing efficiency.

The visual nesting feature allows tight layout optimization, reducing material waste. Advanced manufacturing techniques accelerate new product development cycles, , and enable rapid return on equipment investment. Technical Parameter No.

Items Parameters 1 Model 3015F 3015FB 4015F 4015FB 6015F 6015FB 4020F 4020FB 6020F 6020FB 6025F 6025FB 2 Effective Cutting Range 1510mm*3100mm 1510mm*4010mm 1510mm*6010mm 2010mm*4010mm 2010mm*6010mm 2510mm*6010mm 3 Positioning Accuracy ±0.03mm/m 4 Repeat Positioning Accuracy ±0.02mm/m 5 Maximum Speed 70m/min 6 Maximum Rapid Acceleration 1.2G 1.0G 1.2G 1.0G 7 Supported Graphic Formats dxf 8 Power Requirements AC380V±5%/50.

Hz 9 Operating Environment 0-40℃,humidity≤80% Bed Frame Features an integrally welded monolithic structure. After stress-relief annealing, it undergoes rough machining followed by vibration aging treatment.

Natural aging thoroughly eliminates welding and machining stresses, ensuring high rigidity, superior accuracy, and long-term resistance to deformation. Beam Manufactured from 6061-T6 aluminum.

Although not a typical aerospace-grade aluminum, its hardness can be increased by up to 40% through solution heat treatment and artificial aging, achieving a hardness value exceeding HV120. Straightness and twist: 0.3 mm/m The lightweight material significantly enhances the equipment's dynamic performance.

Excellent corrosion resistance (salt spray test: corrosion depth ≤ 0.05 mm after 1000 hours) Resistant to stress corrosion cracking.

High-precision, high-speed linear guides Utilizes high-precision and high-strength helical gear transmission Utilizes high-precision, high-speed planetary gear reducers Capable of bearing certain torque, enabling high-precision linear motion even under high loads.

Self-Aligning Capability With the DF (45°-45°) combination of circular arc grooves, the elastic deformation and . This creates a self-aligning effect, resulting in highly precise and stable smooth motion.

High Rigidity in All Directions Utilizing a four-row circular groove design combined with 45° , an ideal two-point . This enables the guide to withstand loads from both vertical and horizontal directions. Preload can also be applied when necessary to further enhance rigidity.

Capable of transmitting high power with high efficiency, enabling effective power transfer. Offers high transmission accuracy, meeting precision requirements for engineering applications. Long service life, smooth operation, high reliability, and ensures a consistent transmission ratio.

Simple structure with easy maintenance. High-speed positioning accuracy: Achieves P1 grade standards (error < 3 arc minutes), enabling sub-second angle control and demonstrating exceptional precision in minute adjustments.

Coaxiality: Controlled within 0.02mm, ensuring zero deviation in transmission trajectory and guaranteeing machining consistency. High-Performance In uction safety, rich functionality, and excellent performance. It supports and provides modular, personalized, automated, and informatization solutions.

Compatible with MES and ERP Systems The CNC system retains data interfaces, facilitating integration with smart factory management systems.

Supports Automated Integration Capable of seamless interfacing with mainstream automation equipment in sheet metal production lines, such as loading/unloading systems, robotic arms, and material storage systems, enabling fully automated sheet metal line production.

Laser Source In ule design, ensuring more stable operational performance. Easy Maintenance and Reduced Downtime Optical modules, electrical modules, control units, and drive units can be directly replaced, upgraded, or maintained by the client.

Customizable to Meet Diverse Needs Users can select fiber optic cables with different core diameters based on varying processing requirements, fulfilling diverse machining needs. Uniform Spot Energy Distribution for Stable Processing Enables reduced spatter and more stable cutting performance for thick plates.

Closed-loop monitoring Built-in multiple sensors enable real-time closed-loop in