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Advanced Laser Cutting Machine: Precision and Versatility
If you're looking for a top-of-the-line laser cutting machine, this advanced model is an excellent choice. Not only does it come equipped with a cutting-edge, high-frequency pulsed laser for superior cutting performance, it also offers versatile material handling. This laser cutting machine can process a wide range of materials including metals and non-metals, so you can use it for a variety of applications.
The multifunctional cutting capabilities of this machine are impressive as well. It supports continuous sheet cutting, precision single-point cutting, and efficient strip cutting, so you can get the work done quickly and efficiently. The advanced X/Y axis control also ensures unparalleled accuracy. This feature utilizes high-precision DC servo motors and ultra-fine 0.1μm optical encoders for the best cut possible.
In addition to the high-powered mechanics, this machine features intelligent motion control. It has automatic focus-following functionality and dynamic piercing control, making it simpler to operate. The camera system is designed for high-resolution imaging, and it incorporates a premium CCD camera system for real-time visual monitoring, pattern recognition, and mark point detection. The robust power supply is equipped with a German-made, high-stability power source. Taiwanese brand power suppl is used for optical components.
The impressive cutting range makes this machine a worthwhile investment. It can process materials up to 19mm in thickness, catering to a wide array of industrial applications. The precision-engineered components of this machine ensure maintained accuracy over time. The motor base and optical platform are constructed with natural granite and are designed for superior stability and vibration resistance.
Additional Benefits:
This advanced laser cutting machine isn't only impressive in terms of power and performance. Additional benefits include its user-friendly interface for easy operation, its ability to reduce material waste due to precise cutting, and the fact that it's suitable for both small-scale and large-volume production runs. What's more, this machine has low maintenance requirements, ensuring long-term reliability.
Features:
Advanced Laser Cutting System: Features, Advantages, and Applications
Key Features
The advanced laser cutting system offers a range of key features:
Precision Cutting
Irregular shape high-speed cutting
Contour cutting
Small hole drilling
Hand-held cutting capabilities
Superior Processing
High-quality edge finishing
No taper effects
Minimal material loss
Burr-free cutting
Eco-Friendly Operation
No pollution
No powder residue
No wastewater production
Advantages
The advanced laser cutting system offers many advantages:
High-Speed Processing
Rapid cutting of complex shapes and patterns.
Superior Cut Quality
Clean edges with no tapering
Minimal to no burrs
Extremely small chipping, if any
Cost-Effective
High yield rate
Low consumable usage
Energy-efficient operation
Environmentally Friendly
Clean process with no harmful byproducts.
Compatible Materials
The advanced laser cutting system is suitable for a range of materials:
Specialized Glass
Ultra-clear glass
Plain white glass
High borosilicate glass
Quartz glass
Electronic Components
Phone glass covers
Car glass
Camera glass covers
LCD screens
Optical Materials
K9 glass
Various optical filters
Mirror cutting
Precious Materials
Sapphire processing for watch faces and electronic components.
Applicable Industries
The advanced laser cutting system has a wide range of applications, including:
Glass Manufacturing
Optical glass
Tempered glass
Ultra-thin glass
Laboratory glassware
Medical glass equipment
Electronics
Mobile phone screens and covers
Tablet displays
Laptop screens
Optical/ITO/Yellow/Purple semiconductor glass
Automotive
Car windows and windshields
Dashboard displays
Instrumentation panels
Real Estate and Construction
Architectural glass
Decorative glass panels
Bathroom glass fixtures
Home Appliances
Glass panels for ovens and refrigerators
Lighting glass components
Communication Media
Mobile device screens
Watch sapphire covers
Camera and CCTV lenses
New Energy Sector
Solar panel glass
Specialized glass for energy-efficient windows
Aerospace and Defense
High-precision optical components
Specialized glass for cockpit displays
Medical and Scientific Research
Laboratory equipment glass
Optical lenses for medical devices
Microfluidic chips
Overall, the advanced laser cutting system provides an efficient, precise, and eco-friendly solution for a variety of industries. Its versatility in handling different materials and applications makes it a valuable asset for both large-scale manufacturers and specialized operations that require high-value processing.
Technical Parameters:
Laser Specifications
Laser Type: Ultrashort pulse fiber laser (specific type varies by model)
Average Power: 50W (options for 10W, 20W, 30W, 60W, 80W available)
Wavelength: 1064nm, with second harmonic at 532nm
Pulse Width: <10ps (picoseconds)
Repetition Rate: 1Hz - 1000kHz (adjustable)
Beam Quality: M² < 1.2 (near-diffraction-limited beam)
Cutting Performance
Positioning Accuracy: ±2μm over entire work area
Repeatability: ±1.5μm, with ±16 arc-seconds angular accuracy
Maximum Cutting Speed: Up to 1000mm/s
Cutting Thickness:
Ultra-thin glass: ≤1mm
Standard glass: ≤19mm (varies based on material properties and cutting requirements)
Minimum Line Width: ≤30μm (material dependent)
Minimum Hole Diameter: ≤20μm
Work Area Dimensions
Dual-platform Models: 600x700mm, 600x900mm, or 400x500mm per platform
Single-platform Model: 400x500mm, 600x700mm, or 600x900mm
Power and Electrical
Power Consumption: 150W (250W/350W standby)
Input Voltage: AC220V ± 10%
Frequency: 50-60Hz
Physical Specifications
Machine Dimensions:
Length: 1600mm - 2550mm (model dependent)
Width: 1700mm - 2080mm
Height: 1960mm
Weight: 3500kg - 5000kg (varies by model)
Additional Features
Cooling System: Built-in water cooling for thermal stability
Control System: Advanced CNC with high-speed processing capabilities
Software: Proprietary cutting optimization software included
Safety Features: Class 1 laser safety enclosure, emergency stop buttons
Environmental Requirements
Operating Temperature: 18-28°C (64-82°F)
Humidity: 40-70% non-condensing
Power Stability: ±5% maximum fluctuation
Optional Upgrades
Enhanced vision system for automatic alignment
Automated material loading/unloading system
Custom fixture designs for specific applications
Extended warranty and service packages available
Note: Specifications may vary slightly based on specific configurations and continuous product improvements. Please consult with our technical team for the most up-to-date information and customization options.
Applications:
Scope of Application: Versatile Laser Cutting Solutions
Our advanced laser cutting machine is designed to meet a wide range of industrial needs, offering precision and efficiency across various materials and applications:
1. Instrument Panel Manufacturing
Ideal for creating high-precision instrument panels, dashboards, and control interfaces
Capable of handling thin to medium-thickness materials with exceptional accuracy
2. Specialized Glass Processing
Ultra-thin Glass
Precise cutting of delicate glass sheets for electronic devices
White Glass
Clean and accurate processing for decorative and architectural applications
High-Borosilicate Glass
Specialized cutting for laboratory equipment and heat-resistant products
Quartz Glass
Precision cutting for optical components and semiconductor industry needs
3. Electronic Component Fabrication
Tailored for cutting PCB boards, flexible circuits, and other electronic substrates
Ensures clean edges and minimal thermal impact on sensitive electronic materials
4. Gemstone and Precious Material Processing
Sapphire Cutting
For watch faces, smartphone camera lenses, and high-end displays
Precision Gemstone Shaping
Creating intricate designs in precious and semi-precious stones
LED Component Manufacturing
Cutting sapphire wafers for LED production
5. Liquid Crystal Display (LCD) Panel Fabrication
Capable of processing various LCD components, including:
ITO (Indium Tin Oxide) conductive films
RGB color filters
Polarizing films
Ensures precise cutting without damaging delicate display materials
6. Specialized Optical Film Processing
Accurate cutting of K9 optical glass for high-quality lenses and prisms
Precision shaping of optical films for various industrial and scientific applications
Additional Capabilities:
Micro-cutting of small, intricate parts for the medical and aerospace industries
Custom shape cutting for unique product designs and prototypes
Multi-layer material processing for composite products
Our laser cutting system's versatility makes it an invaluable tool across multiple industries, from consumer electronics to advanced scientific research, ensuring high-quality results and efficient production processes.