Product Description:
<8KW and AC220V respectively, making it highly efficient and cost-effective.
The Laser Glass Cutting Machine is designed to offer high precision cutting, with chipping of ≤5μm. This ensures that the glass is cut with minimal damage, leaving it with smooth edges and a clean finish. The machine is also designed with an Infrared Picosecond Laser Type, which allows it to cut through glass with great accuracy and precision.
The machine is highly versatile and can be used to cut a wide variety of glass shapes, including polygonal shapes. This makes it an ideal tool for businesses that require cutting of complex shapes and designs. The Single Table Glass Cutting Machine is also designed to be highly efficient, with a cutting speed of up to 500mm/s. This ensures that large volumes of glass can be cut quickly and efficiently, without compromising on quality.
In summary, the Laser Glass Cutting Machine is a highly efficient and versatile tool that is designed to offer high precision cutting of thick glass with minimal effort and minimum cutting burr of ≤5um. The machine is designed to operate with a voltage and power of <8KW and AC220V respectively, making it highly efficient and cost-effective. With chipping of ≤5μm and an Infrared Picosecond Laser Type, this machine is capable of cutting through glass with great accuracy and precision. The machine is also highly versatile, with the ability to cut a wide variety of glass shapes including polygonal shapes. The Single Table Glass Cutting Machine is designed to be highly efficient, with a cutting speed of up to 500mm/s, making it an ideal tool for businesses that require cutting of complex shapes and designs.
Features:
- Product Name: Laser Glass Cutting Machine
- High Precision Laser Cutting Machine
- Splitting laser source Wavelength: 10.6µm
- Impulse frequency: 1-100khz
- Cutting Thickness:
- Ultra-clear Glass Single Cut ≤19mm
- Blue Glass Double Cut ≤19mm
- Thick glass laser cutting machine
- Applicable Materials:
- Ultra Clear Class
- Plain White Glass
- High Borosilicate Glass
- Quartz Glass
- Optical Glass
- Cover Glass
- Camera Glass Cover
- Phone Glass Cover
- Car Glass
- LCD Screen
- K9 Glass
- Filter Cutting
- Mirror Cutting
- Etc.
- Cutting Width: 0.03-25mm
Technical Parameters:
| Product Name |
Glass Cutting And Splitting Machine (All-in-One) |
| Splitting Laser Source Wavelength |
10.6µm |
| Splitting Laser Source Power |
150W (options: 250W/350W) |
| Splitting Laser Source Pulse Frequency |
1-100kHz |
| Cooling System |
Water Cooling |
| Positioning Accuracy |
±2μm |
| Repeatability |
±1.5μm |
| Working Voltage |
220V |
| Customizable Options |
Custom Options Available For Table Size, Laser Power (up To 500W), And Special Cutting Heads (like For Curved Or Micro-level Cutting) To Meet Specific Needs. |
| Key Selling Points |
Ultra Fast Picesecond |
| Keywords |
colored glass cutting machine, Thick glass laser cutting machine, Polygonal glass cutting machine |
Applications:
These laser glass cutting machines feature a splitting laser source Laser Type: RFC02 (Radio Frequency CO2) with an impulse frequency of 1-100kHz, making them suitable for irregular glass cutting and stained glass cutting. With a noise level of only 70dB and a built-in silencing system, they are perfect for low-noise environments.
The CKD laser glass cutting machines are packaged in wooden vacuum packaging and have a delivery time of 25-45 days. The price is negotiable, and the minimum order quantity is 1. Payment terms include L/C and T/T, and the supply ability is 60 sets per month.
Overall, the CKD laser glass cutting machines are versatile and efficient, making them perfect for a variety of product application occasions and scenarios. They are ideal for thick glass laser cutting, irregular glass cutting, and stained glass cutting, and their compatibility with automation systems allows for easy integration with existing production lines. Standard industrial communication protocols like Modbus and OPC are supported, further increasing their compatibility with automation systems.
