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【summary】
Industrial laser cutting is a fast and repeatable method of metal processing that can accurately cut a variety of workpieces and make efficient use of materials. The advantages of laser cutting include high-quality cutting edges, non-contact processing, and suitability for multi-layer foils. Laser marking is the choice for high-quality metal identification, which can accurately control the etching depth and the width of the engraved line. Industrial laser cutting and laser marking are widely used in many fields including consumer electronics, electric vehicles, medical technology , etc.
Industrial laser cutting is one of the fastest and most repeatable methods of cutting metal. Lasers are able to cut quickly and precisely, even on the smallest and most intricate parts. By focusing the beam very closely and reducing the spot size, the laser becomes a sharp cutting tool. This small kerf allows parts to be nested closely together, maximizing material utilization. In addition, the material can be heat treated after cutting without the deformation caused by grinding and reshaping that is common after other methods. Cut edges are clean and corners are sharp. What's more, the entire process is non-contact and faster than any other cutting system. When cutting on foils or films, there is no pressure that can cause creases or surface defects. In addition, the material can be heat treated after laser cutting without the deformation caused by grinding or reshaping that is usually required after cutting with traditional methods. Another benefit of laser cutting is that multiple layers of foils and films can be processed more quickly. You can use the laser to cut multiple layers at once, such as support films, adhesive films, and cover films.
In short, the use of laser cutting technology can meet most of the requirements for processing foil.
This product is highly reproducible and fast with excellent edge quality.
Since there is no contact between the laser and the material, it is ideal for accurately cutting fine details and small holes.
Guarantees consistent graphics and high quality with no tool wear.
Laser cutting is less expensive than other methods, especially when compared to chemical etching.
Using laser cutting does not incur the additional environmental costs or issues associated with chemical etching processes.
No additional tooling fees or other high initial investment costs are required to customize the job
Can laser mark aluminum foil?
Yes! In fact, in many applications, laser marking has completely replaced screen printing and hand-painting. The non-contact process means that the laser will not cause any damage to the material. Laser marking technology can accurately control the etching depth, character size and width of the engraved line, while also improving the clarity of edges and corners. All these factors combined enhance the rigor of the appearance and significantly improve production efficiency. Whether it is a serial number, part number, barcode or QR code, it can be achieved using a laser. Laisei Laser is happy to provide materials and can also process materials provided by customers.
Where are metal foils widely used?
Aluminium foil is used in a wide range of applications: in consumer electronics (e.g. mobile phones, laptops, camcorders and digital cameras), power tools, hybrid vehicles, power generation, lithium-ion batteries, heat exchangers, capacitors, transformers, microelectronics, medical technology and flexible printed circuit boards. The demand for aluminium foil is growing rapidly in the electric vehicle market. The cathode foil of the power battery of new energy vehicles is processed and produced with high-quality aluminum foil. Aluminum foil is an ideal choice in this application because the car needs to be as light as possible. Batteries made of aluminum foil have the characteristics of high voltage, high capacity and high efficiency.
What is the reason for choosing Leiser Laser?
Not only does Laisei Laser cut foils with the highest precision lasers, we also excel at handling these delicate materials. Handling of foils is key to delivering quality products, and we take this very seriously. Laisei Laser has the equipment and experience to handle thin foils and metals such as tin, nickel, silver, copper, Hastelloy, Invar, Inconel, Titanium, Nitinol, stainless steel, plastics, solder foils, and more. Whether it is a prototyping project or a project for long-term manufacturability, we will support you every step of the way. As a pioneer in the laser industry, Laisei Laser has been in business for over 13 years and understands the importance of providing quality products to our valued customers. Our focus on technical excellence, customer service, quality products, and on-time delivery are the reasons why we have remained the most advanced material handling manufacturer for over a decade. As a trusted engineering partner, we will help you design superior products for manufacturing repeatability and long-term reliability. Additionally, we can offer flexible inventory programs to ensure fast turnaround times, or we can simply handle the inventory you provide. It is our promise that we are more than just a supplier, we offer partnership, quality service, and a commitment to our customers' success.
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