What are the advantages of laser cutting thin film materials

In industrial production, the completed thin film materials are usually rolled into large rolls, which need to be cut into small pieces of different shapes according to the purpose. Laser cutting is one of the main processing methods for thin film cutting.

Laser cutting of thin film materials has the following advantages:
High precision: With the support of a laser control system, laser cutting can achieve high-precision processing, with a processing accuracy of less than 0.1mm. Even when cutting complex shaped thin film materials, details can be taken into account to meet high requirements for design.

Smooth edges: Laser can instantly cut thin films with extremely high energy, and the edges are usually smooth, reducing the need for subsequent processing and avoiding burrs and deformations that may occur with other physical cutting methods.

Strong flexibility: With the use of a laser cutting control system, operators can quickly adjust the cutting pattern and start processing directly after completing the changes on the control system, without the need to change molds, making it suitable for rapid prototyping and small batch production.

Non contact cutting: Laser cutting is a non-contact processing method that reduces the mechanical stress applied to thin film materials and avoids material deformation or damage caused by cutting.

High degree of automation: Through the laser cutting control system, operators can issue operation instructions based on processing tasks, and then let the machine automatically complete cutting and processing, suitable for mass production, with high degree of automation and significantly improved efficiency.

Wide applicability: Laser cutting can process various types of thin film materials and has good adaptability.

In the past, laser processing technology was mainly monopolized by foreign countries with high equipment costs. With the rise of domestic laser brands, laser cutting has become an affordable and efficient industrial processing method. With precision, efficiency, and excellent cutting quality, it is widely used in multiple industries such as electronics, medical, and packaging.