Solid State MOPA Amplification and Nonlinear Frequency Conversion Technology
The hundred-watt-level solid-state laser with high beam quality and multi-wavelength is obtained by using MOPA technology which improves the processing capacity for material processing effectively.
High Power, High Performance UV Laser Technology
Through technology improvment which increases the damage threshold of LBO , the life of the UV laser is also increased effectively and the excellent beam quality of UV laser is obtained.
Ultrafast Laser Technology Based on Microchip Chirp Amplification
The microchip chirp amplification technology which solves the problems of short life and poor beam quality of ultrafast lasers, and reduces cost of the ultrafast lasers simultaneously.
Solid State MOPA Amplification and Nonlinear Frequency Conversion Technology
The hundred-watt-level solid-state laser with high beam quality and multi-wavelength is obtained by using MOPA technology which improves the processing capacity for material processing effectively.
High Power, High Performance UV Laser Technology
Through technology improvment which increases the damage threshold of LBO , the life of the UV laser is also increased effectively and the excellent beam quality of UV laser is obtained.
Ultrafast Laser Technology Based on Microchip Chirp Amplification
The microchip chirp amplification technology which solves the problems of short life and poor beam quality of ultrafast lasers, and reduces cost of the ultrafast lasers simultaneously.
Our Lasers
Elite Series
The Elite lasers are excellent for semiconductor processing. They have high single pulse energy, which can produce higher energy density in a short period of time, so as to better cope with hard materials such as SiC.
Diamond Series
The Diamond series of solid-state lasers are specially designed for the needs of cutting, drilling, etching and other precision machining of carbon and super-hard materials such as diamond, SiC and carbon fibre.
Stone Series
The narrow pulse width of the Stone series lasers means less heat to process, which in the case of plastic parts prevents scorching and results in finer marking. They also offer better beam quality, making the process more accurate and stable.
Applications
Innovative DPSS Lasers: Maiman Laser's Technological Excellence
“Superb technology, optimum quality", Maiman Laser has always been committed to R&D, manufacturing and sales of high performance and high stability DPSS lasers. We take technological innovation as core competitiveness, continuously improve technical reserves and technological innovation capabilities, and have obtained more than 60 patents by 2021. From infrared to deep ultraviolet, from nanosecond to femtosecond, from narrow line-width to tunable, Maiman Laser has in-depth theoretical research and productization experience. From theoretical analysis to device selection of lasers, from laser optical design to development of electronic control system, from mechanical structure design to production process optimization, we keep cautious and improving. With the awe of science and the persistence of technology, Maiman Laser is doing a good job in every product in a down-to-earth manner.
Over 10 Years Industrial Experiences
What's Going On In Our Blog?
Application of end-pumped lasers in marking non-metallic parts in the automotive field
Solutions for marking, punching and cutting in the PCB industry
A Series 1064nm Active Q-switched Lasers for the Application of Transparent Product Marking
Our client love us!
Alex Rovia
Los Angeles, California
Rose June
Los Angeles, California
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