• 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

• 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

• 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

• 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

This advanced laser cutting system offers a versatile solution for a wide range of industries, providing high-precision, efficient, and eco-friendly processing of various glass and optical materials. Its ability to handle complex shapes and delicate materials makes it an ideal choice for both large-scale manufacturing and specialized, high-value applications.

The type of laser used is an ultrashort pulse fiber laser, with the specific type varying by the model. Average power options include 10W, 20W, 30W, 50W, 60W, and 80W, with the laser wavelength at 1064nm and a second harmonic at 532nm. The pulse width is less than 10 picoseconds and the repetition rate is adjustable from 1Hz to 1000kHz. The beam quality is M² < 1.2, with a near-diffraction-limited beam.

The positioning accuracy is ±2μm over the entire work area, with repeatability of ±1.5μm and ±16 arc-seconds angular accuracy. The maximum cutting speed can reach 1000mm/s. The cutting thickness for ultra-thin glass is less than or equal to 1mm, and for standard glass, it is less than or equal to 19mm (varies according to material properties and cutting requirements). The minimum line width is less than or equal to 30μm, and the minimum hole diameter is less than or equal to 20μm.

For dual-platform models, the work area per platform can be 600 x 700mm, 600 x 900mm, or 400 x 500mm. For single-platform models, the available work area is 400 x 500mm, 600 x 700mm, or 600 x 900mm.

The power consumption is 150W, with 250W/350W standby power. The input voltage is AC220V ± 10%, and the frequency is 50-60Hz.

The machine dimensions vary according to the model, with length ranging from 1600mm to 2550mm, width from 1700mm to 2080mm, and height at 1960mm. The weight ranges from 3500kg to 5000kg, also depending on the model.

The machine includes a built-in water cooling system for thermal stability, an advanced CNC control system with high-speed processing capabilities, and proprietary cutting optimization software. The safety features include a Class 1 laser safety enclosure and emergency stop buttons.

The operating temperature ranges from 18-28°C, while the humidity should be within 40-70% non-condensing, and power stability should not fluctuate more than ±5%.

The machine can be upgraded with an enhanced vision system for automatic alignment, an automated material loading/unloading system, and custom fixture designs tailored for specific applications. Extended warranties and service packages are also available.

Note: Specifications may be subject to slight variations based on specific configurations and continuous product improvements. For the most up-to-date information and customization options, customers are encouraged to consult with our technical team.

Our advanced laser cutting machine is designed to meet a wide range of industrial needs, offering precision and efficiency across various materials and applications:

• Ideal for creating high-precision instrument panels, dashboards, and control interfaces
• Capable of handling thin to medium-thickness materials with exceptional accuracy

• 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

• Tailored for cutting PCB boards, flexible circuits, and other electronic substrates
• Ensures clean edges and minimal thermal impact on sensitive electronic materials

• 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

• 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

• Accurate cutting of K9 optical glass for high-quality lenses and prisms
• Precision shaping of optical films for various industrial and scientific applications

• 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.