繁体中文

Lingke LP series industrial connectors provide fast, reliable, and efficient electrical connections for laser equipment

463
2023-10-25 14:41:55
查看翻譯

Laser technology is currently a very mature technology and has been used on various laser equipment, such as laser cutting machines, laser projectors, medical laser equipment, etc. Advanced laser equipment requires high-performance and reliable industrial connectors to provide stable and safe power input and connection, which is one of the key links for the normal operation of laser equipment.

Lingke LP series connectors for laser equipment
Lingke has mature connection solution support for laser equipment, and its 2-core and 3-core LP series power connectors are used to provide stable and efficient power connections for laser equipment, ensuring that the laser can excite a laser beam that meets the technical requirements of the laser equipment.

Advantages of LP series connectors in laser equipment
The performance of laser equipment is closely related to the quality of the laser beam, which is closely related to the stability, reliability, and efficiency of the power supply. So what are the characteristics and advantages of Lingke Electric's LP series industrial connectors that can ensure stable and reliable power connections for laser equipment?

01 Faster wiring, simple tools, and easy operation
The LP series power connectors provided by Lingke Electric for laser equipment are wired with locking screws. This connection method only requires simple tools such as a screwdriver and no skills to complete the wiring. Laser equipment, especially large laser equipment, will use a significant number of industrial connectors. If the power connector is locked with a screw connection, it will be faster and simpler.

02 has stronger adaptability to complex environments
Laser equipment covers a wide range of types, and its application environment is also very complex, such as industrial, outdoor, medical, and so on. The Lingke LP series industrial connectors have excellent environmental performance, with a standard protection level of IP65/IP67, up to IP68; Anticorrosive salt spray test time ≥ 48h; High and low temperature resistance: -40 ℃~+85 ℃ (metal version) and -25 ℃~+85 ℃ (plastic version), which can meet the performance requirements of various laser equipment in complex and harsh environments on connectors.

03 Industrial grade quality, more durable and durable
Lingke LP series industrial connectors are manufactured according to industrial grade standards, with excellent product quality. Not only can it withstand low-frequency connection and disconnection operations without affecting electrical performance, reducing the need for equipment maintenance and replacement, but it can also maintain stable and non-destructive electrical transmission for a long time in a conductive state. Only by maintaining stability and uninterrupted operation of the laser beam can ideal and satisfactory functions be achieved. Lingke's industrial grade quality and meticulous design of power connectors ensure that laser equipment maintains high quality and consistency in long-term operation.

04 has strong operability and faster button insertion and connection
The LP series industrial connectors of Lingke Electric are connected in a snap fit manner, achieving high efficiency and ease of operation in connection locking. Both in terms of convenience and efficiency of operation, it is very helpful for laser equipment to bring a better sense of use when installing connectors or subsequent maintenance. Especially in factories and other areas where there are many devices used, this advantage is even more prominent.

In addition to connectors with locking screw wiring, there are also products with welding wiring options available. At the same time, Lingke Electric's industrial waterproof connectors cover all types of functions such as power supply, signal, data, etc., fully meeting users' comprehensive and differentiated connection technology demands.

Source: Sohu

相關推薦
  • Shanghai Institute of Optics and Fine Mechanics has made progress in composite material based picosecond mirrors

    Recently, the High Power Laser Element Technology and Engineering Department of the Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, has made progress in the research of composite based picosecond mirrors. The related research results were published in Optics and Laser Technology under the title of "Hybrid Material Based Mirror Coatings for Picosed Laser Applications"....

    2024-07-12
    查看翻譯
  • Germany Developed Short Wave Green Laser Underwater Cutting Technology

    With the prominent energy issues in various countries around the world, the utilization and development of energy have become a hot topic, and the demand for renewable energy is constantly increasing. The existing underwater infrastructure is no longer sufficient and needs to be dismantled using appropriate modern technology. For example, in order to increase the power of offshore wind power plant...

    2023-09-18
    查看翻譯
  • Han's Laser senior management resigns

    Just now, Han's Laser Technology Industry Group Co., Ltd. announced the resignation of senior management personnel. The board of directors recently received a written resignation report from Mr. Zhao Guanghui, the deputy director of the company's management and decision-making committee. Mr. Zhao Guanghui has applied to resign from his position as deputy director of the company's management and de...

    06-09
    查看翻譯
  • The wide application of laser plastic welding technology in the field of automobile manufacturing

    With the rapid development of society, people's demands for energy conservation, emission reduction, and safety in automobiles are increasing. Automobile manufacturers are seeking lightweight manufacturing processes for automobiles, changing traditional component packaging processes, and so on. Laser plastic welding technology has emerged, and below is a brief sharing of the application of plastic...

    2024-09-26
    查看翻譯
  • Germany has developed a fast, accurate, and wear-resistant laser drilling CFRP process

    Recently, scientists from the Hanover Laser Center (LZH) in Germany announced the successful development of an automated laser drilling process that can promote the processing of carbon fiber reinforced plastics (CFRP). They stated that this is particularly valuable in applications such as lightweight structures and sound insulation.Composite materials such as carbon fiber reinforced plastics (CFR...

    2024-03-06
    查看翻譯