Technical Specifications
|
Item |
Specification |
|
Product Name |
Sheet Metal Fabrication Laser Cutting Machine |
|
Laser Type |
Fiber Laser |
|
Laser Power |
1000W / 1500W / 2000W / 3000W / 6000W / Customized |
|
Working Area |
3015mm × 1515mm / 4015mm × 2015mm / Customized |
|
Cutting Materials |
Carbon Steel, Stainless Steel, Aluminum, Copper, Brass, Galvanized Sheet |
|
Positioning Accuracy |
±0.05mm |
|
Repositioning Accuracy |
±0.03mm |
|
Maximum Cutting Speed |
Up to 120m/min (Depending on configuration and material) |
|
Transmission System |
Precision Rack and Pinion Drive |
|
Laser Source Options |
IPG / Raycus / MAX |
|
Cutting Head |
Auto Focus Fiber Laser Cutting Head |
|
Control System |
CNC Laser Cutting System |
|
Cooling System |
Industrial Water Cooling |
|
Supported File Formats |
DXF, DWG, AI, PLT |
Key Advantages
Maximized Efficiency: Accelerated processing cycles boost daily output capacity.
Labor Reduction: CNC automation reduces operator dependency and minimizes human error.
Optimized Yield: Narrow cutting paths reduce material scrap, maximizing raw material utilization.
Manufacturing Versatility: Quick transitions between materials and designs accommodate mixed-batch production.
Lower Operating Costs: Solid-state fiber design eliminates regular consumable replacement associated with traditional CO2 lasers.
Typical Processing Parts
Machinery Manufacturing: Machine frames, equipment covers, support brackets, and structural plates.
Electrical Equipment: Control cabinets, electrical enclosures, metal panels, and housing units.
Automotive Components: Metal brackets, chassis reinforcements, and custom accessories.
Kitchen Equipment: Stainless steel countertops, commercial cabinets, and sinks.
HVAC Manufacturing: Ventilation panels, duct components, and custom sheet metal guards.
OEM Custom Fabrication: Tailored components built to unique client specifications.
Material Range
Designed for heavy-duty industrial sheet metal processing, the machine handles a broad spectrum of manufacturing materials:
Carbon Steel: Ideal for structural parts, machine frames, brackets, and base plates. Higher power options accommodate thicker plate applications.
Stainless Steel: Delivers clean edges and precise dimensions for products requiring durability and high aesthetic standards (kitchenware and enclosures).
Aluminum: Suited for lightweight components used in transportation and electronics.
Copper and Brass: Stable processing of reflective metals used in electrical and precision engineering.
Main Components and Functions
Fiber Laser Source: Delivers stable output power and high electro-optical conversion efficiency for continuous, cost-effective operation.
Laser Cutting Head: Auto-focus functionality dynamically adjusts focal length according to material thickness to maintain optimal beam quality.
CNC Control System: Manages real-time trajectories and parameters with direct CAD import capability to minimize setup time.
Servo Motor System: High-response drives ensure rapid acceleration and precise vector control.
Electrical Components: Industrial-grade components guarantee electrical stability and compliance with international safety standards.
Intelligent Fiber Laser Technology
Automatic Focus Adjustment: Dynamically adapts focus settings to varying material profiles without manual intervention.
Digital Drawing Processing: Direct importation of standard CAD files streamlines pre-production workflows.
Cutting Parameter Management: Preset and customizable material databases optimize gas pressure, speed, and power.
Real-Time Monitoring: Live operational diagnostics track system health and processing status.
How to Choose the Right Laser Cutting Machine
To configure the ideal system for your facility, evaluate the following parameters:
Material Type: Identify the primary metals processed (steel, aluminum, reflective alloys).
Material Thickness: Determine maximum and average plate thicknesses to select proper laser wattage.
Sheet Size: Match the machine working area to standard raw material dimensions.
Production Volume: Balance throughput expectations against manual vs. automated loading options.
Quality Control, Export Support, and After-Sales Service
Every system undergoes rigorous inspection prior to dispatch:
Quality Control Process: Includes frame structural checks, laser interferometer calibration, electrical safety audits, test cutting runs, and multi-hour continuous burn-in tests.
Export Support: Comprehensive documentation, CE/ISO compliance validation, professional export-grade crating, and complete user/maintenance manuals.
After-Sales Support: Remote technical troubleshooting, online guidance, and readily available spare parts inventory.
fAQ
Q: Is this equipment suited for small workshops?
A: Yes, multiple workspace sizes and power levels scale from entry-level to heavy industrial automation.
Q: What routine maintenance is required?
A: Maintenance is minimal, focusing on chiller fluid checks, protective window lens inspections, and rail lubrication.
Q: Can electrical voltages be customized for export?
A: Yes, power supplies are customized to match local industrial voltage standards.
Q: Can I test cutting performance prior to shipping?
A: Yes, pre-shipment sample testing and video verification can be arranged.
Q: What information is needed for a precise quotation?
A: Please provide your material types, thickness range, sheet sizes, and estimated production output.
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