English

CO2 laser cutting machine for battery shell shaped parts: an innovative tool in energy technology manufacturing

1164
2023-12-25 14:01:12
See translation

The development of new energy technology has made battery technology the engine for advancing clean energy. In battery manufacturing, the cutting of battery shell shaped parts is a crucial step. CO2 laser cutting machines have become an innovative tool for promoting the development of this field due to their high efficiency and precision. This article will delve into the important characteristics of this laser technology and its key role in battery manufacturing.

The manufacturing of battery shell shaped parts involves complex shapes and contours, and traditional cutting methods are difficult to meet high-precision and shaped requirements. CO2 laser cutting achieves precise and clear cutting of various irregular parts through highly focused laser beams. This high precision directly affects the quality and performance of battery packaging, making the battery more reliable under extreme conditions.

CO2 laser cutting machines have a high level of automation. With the help of advanced CNC technology, automatic cutting is achieved through preset programs without the need for complex manual operations. Improve production efficiency while reducing the impact of human factors, ensuring the consistency and quality of battery shell shaped parts.

The thermal impact during laser cutting is minimal, reducing material thermal deformation and maintaining cutting edge accuracy. This is a significant breakthrough in the manufacturing of batteries with high packaging requirements.

CO2 laser cutting machines also face challenges in application, such as high investment costs and operational difficulties. The industry needs to work together to increase research and development promotion efforts and promote its widespread application in the field of battery manufacturing.

Source: Laser Net

Related Recommendations
  • Researchers use liquid metal and laser ablation to create stretchable micro antennas

    Researchers have developed a new method of making micro stretchable antenna with water gel and liquid metal. These antennas can be used for wearable and flexible wireless electronic devices to provide links between devices and external systems for power transmission, data processing, and communication.Using our new manufacturing method, we have demonstrated that the length of liquid metal antennas...

    2023-09-19
    See translation
  • Marvel Fusion announces completion of € 50 million B+round funding

    On March 28th, Marvel Fusion, a laser fusion company from Munich, Germany, announced the completion of a B+round financing of 50 million euros, bringing the total amount of this round of financing to 113 million euros. It is reported that the company's cumulative financing has reached 385 million euros, making it the largest fusion company in Europe in terms of financing scale. This capital incr...

    03-31
    See translation
  • Fraunhofer ILT develops laser beam shaping platform to optimize PBF-LB process

    Recently, the German research institution Fraunhofer ILT team is collaborating with the Department of Optical Systems Technology (TOS) at RWTH Aachen University to develop a testing system aimed at studying complex laser beam profiles using a new platform. This platform can construct customized beam profiles for laser powder melting (PBF-LB) 3D printing, thereby improving part quality, process sta...

    2024-12-23
    See translation
  • An innovative technology that can make light "bend"

    A research team from the University of Glasgow in the UK drew inspiration from the phenomenon of clouds scattering sunlight and developed an innovative technology that can effectively guide or even "bend" light. This technology is expected to achieve significant breakthroughs in fields such as medical imaging, cooling systems, and even nuclear reactors. The relevant research results were published...

    2024-11-11
    See translation
  • Ultra fast plasma for all optical switches and pulse lasers

    Plasmology plays a crucial role in advancing nanophotonics, as plasma structures exhibit a wide range of physical properties that benefit from local and enhanced light matter interactions. These characteristics are utilized in many applications, such as surface enhanced Raman scattering spectroscopy, sensors, and nanolasers.In addition to these applications, the ultrafast optical response of plasm...

    2024-03-26
    See translation