Maxphotonics Won The “Best Laser Technology Innovation Award” From OFweek 2018

Maxphotonics Won The “Best Laser Technology Innovation Award” From OFweek 2018

The OFweek is one of the most influential authoritative media in the laser industry. The “OFweek 2018 Weike Cup” selection event is intended to recognize outstanding products, technologies, companies and people with outstanding contributions in the laser industry, and encourage more companies to invest in technology. Innovate and build an orderly and benign market development environment for the laser industry. It has been held for six consecutive years. The event has attracted wide attention from the industry with its fair and objective selection process. It has become the most professional, influential and representative industry selection in China's high-tech field!

The "Weike Cup" has set up seven awards, including lasers, laser processing systems, laser instruments and equipment, laser components and components, laser industry applications, the most growing companies, laser outstanding figures and so on. During the two-month election period, a number of brand owners in the laser industry actively participated in the evaluation of corporate products and brand style, which is a major event of the year.

The entire selection process requires three rounds of online voting, expert group review and comprehensive evaluation by the organizing committee. The expert jury consists of major investment institutions, associations, institutions, incubation platforms and famous investors, with a fair and objective position. Discuss and screen the participating products/technologies.

After experiencing fierce competition in the whole network voting, expert group evaluation, and comprehensive evaluation of the organizing committee, Maxphotonics won the “Weike Cup” Best Laser Technology Innovation Award with 12000W high-power multimode continuous fiber laser.

Award products

Maxphotonics's 12000W ultra-high power multimode continuous fiber laser uses an original cooling method to effectively improve heat dissipation efficiency. At the same time, the software control and hardware design are combined to greatly enhance the "brain power" of the device, realizing real-time monitoring of the full dynamic of the laser, ensuring that the equipment is in normal working condition, improving the stability of long-term work of the equipment, and ensuring the normal production of the enterprise. And it realizes the solution of cutting, welding or marking different materials without replacing the output joints, and adapts to the difficult application requirements of ultra-thick sheet processing, super-hard material processing and ultra-high speed processing.