| Customization: | Available |
|---|---|
| Certification: | CE |
| Cutting Method: | Laser Cutting |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
| Model | KBL-6070S |
| Cutting speed | 7-20m/min |
| Cutting thickness | 50MM |
| Cutting format | 600-3000MM |
| Cutting mode | PS/CO2 |
| Power | 8KW |
| Dimension | 2100*2100*2000mm |
| Weight | 5500KG |
Scope of application:
The biggest features:
Advantages:
KBL-6070S Glass Laser Cutting Machine, utilizing a self-developed Al control system, high-end custom picosecond light source, double drive linear motor, marble work surface, and cutting one-stop processing, achieves an accuracy of up to 2 microns. Compared with traditional cutting methods, KBL-6070S Glass Laser Cutting Machine offers higher efficiency, better cutting quality, and reduced material waste. The non-contact cutting process also minimizes the risk of scratches and edge breakage, ensuring the integrity of the glass surface. The use of high-end components and precise positioning systems ensures accurate and reliable cutting results, meeting the demanding requirements of the glass cutting industry. Compared with the traditional CNC and water knife processing, laser cutting has irreplaceable advantages, especially in terms of shape cutting and fine non-destructive cutting. Traditional CNC is completely incompetent in this aspect, whereas laser cutting is a non-contact cutting method with simple operation, automation, no consumables, no pollution, no angle issues, no burrs, and low power consumption. Its high efficiency, with cutting speeds up to 15m/min, contrasts sharply with the defects of traditional CNC cutting, including ring mirror pollution, bit loss, edge collapse, high scrap rate, and slow speed. The KEDA Jinway glass laser cutting machine addresses all these issues simultaneously, significantly reducing manufacturing costs for processing manufacturers and improving product profits.
Cutting Principle:
The ultra-short pulse generated by an ultrafast laser interacts with the material for a very short time, without having a thermal effect on the surrounding material. Therefore, ultrafast laser processing is also known as cold processing. When the laser pulse width reaches the picosecond or femtosecond order, the influence on molecular thermal motion can be largely avoided, resulting in less thermal effect. A picosecond ultrafast laser radiates photons, causing the material to undergo multi-photon absorption and produce conduction band electrons. The electrons at high energy levels emit phonons as they move within the material, transferring the absorbed energy to the lattice. This energy deposition results in material melting or mechanical damage, achieving high-quality micromachining. Laser cutting machines for glass are a pollution-free, non-contact technology that ensures neat edges, vertical cuts, and low internal damage when cutting at high speeds, making it a new solution for the glass cutting industry.
Segmentation Principle:
After the glass is cut, it is necessary to carry out subsequent splicing processing. The principle of laser splicing involves instantly irradiating the glass cutting slit with a CO2 light source. This irradiation creates a local high-temperature zone on the surface of the glass, causing the material to undergo thermal expansion and contraction. However, this process alone is not sufficient for splicing. Instead, the key lies in the controlled and precise application of heat.
The laser beam is precisely focused on the cutting slit, heating the edges to a temperature that allows them to fuse together. As the glass edges melt and come into contact, they form a strong bond, creating a seamless splice. This process requires precise control over the laser's power, speed, and focal point to ensure a reliable splice that maintains the integrity and clarity of the glass.
The resulting splice is strong and durable, able to withstand the stresses and strains that glass is often subjected to in various applications. This laser splicing method offers a significant advantage over traditional splicing techniques, as it is more precise, reliable, and efficient.
Don't worry your TT payment,we do make the shipment as T/C,B/L for your reference!
Q: Why don't person reply to me?
A: Our person is 24 hours on-line. If nobody reply you , maybe he has other businesses temporarily. So please leave your requirements on e-mail or chat tool, we will reply you as soon as possible.
Q: Can you guarantee your quality?
A:Of course. We are the manufacture factory. More important, we put a high value on our reputation. Best quality is our principle all the time. You can be assured on our production completely.
Q: How do you make your price?
A: We make the price according to our comprehensive costing. And our price will lower than the trade company because we are manufacture. You will get lower.
){kind=link}