Litilit Lights the Way with Game-Changing Ultrafast Laser Solutions

Posted  by GoPhotonics

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Litilit, a leader in laser technology, reinforces its commitment to advancements with its proven ultrafast laser technology. Utilizing proprietary ultrafast laser technology, Litilit stands out with its patented laser pulse generator, ensuring telecom-standard reliability, scalable manufacturing, and competitive pricing. Notably, Litilit's lasers require zero maintenance and boast robustness against external disruptions.

Embracing this innovative approach, Litilit aims to lead the next wave of ultra-short pulse lasers. Their team, driven by passion, endeavors to accelerate industry transformation by offering well-designed, cost-effective femtosecond lasers infused with reliability and cutting-edge technology.

Litilit's newly developed femtosecond fiber laser and self-starting laser technologies have garnered acclaim for their flexibility and reliability across various industries. Noteworthy is their lasers' ability to emit clean pulses, adapting seamlessly to the dynamic market demands.

Backed by extensive experience in inventing, developing, and producing ultra-short pulse lasers, as well as supporting technologies like micro-optical components and laser welding, the Litilit team is well-equipped to provide unique engineering solutions and unmatched value to clients. 

INDYLIT 20: Industrial Femtosecond Laser for Material Processing

The Indylit 20 is the highest average power and most efficient passively air-cooled femtosecond laser on the market. It is a reliable femtosecond laser that is maintenance-free, turn-key, and has exquisite optical parameters. 

The laser features an innovative and patented passive cooling design, guaranteeing superior stability in critical optical parameters, including pulse duration, beam pointing, and power. The mechanical construction of the Indylit 20 proves its resilience, capable of enduring various challenges. Moreover, it boasts protection against dust, ensuring optimal performance in diverse environments. 

The inclusion of a built-in optional second harmonics (SH) module extends its wavelength capabilities, opening up a wider range of material processing applications.

Indylit 20 has two models of laser: Indylit 20 and Indylit 20 SH model. These lasers operate in 1030 nm and 515 nm wavelengths. The Indylit 20 SH model also has a 1030 nm output with the same specifications as the Indylit 20 model. The outputs can be switched by GUI interface or CAN command. It delivers an output power of 20 W and has a pulse duration tunability of 400 fs - 2 ps. This laser has an internal pulse repetition rate of 100 kHz - 1 MHz, down to 30 kHz in burst mode.

INDYLIT 10: Industrial Femtosecond Laser for Material Processing

Designed for various ultrafast applications, the Indylit 10 stands out as a high-energy air-cooled femtosecond laser, designed with flexibility and adaptability in mind. The Indylit 10 stands out with its innovative passively-cooled design and sturdy mechanical build, ensuring exceptional stability in optical parameters for consistent performance even in demanding conditions. Additionally, its built-in second harmonics (SH) module broadens its range of material processing applications, making it a versatile solution for diverse industrial needs.

Indylit 10 has two models of lasers: Indylit 10 and Indylit 10 SH model. These lasers operate in 1030 nm and 515 nm wavelengths. The Indylit 10 SH model also has a 1030 nm output with the same specifications as the Indylit 10 model. The outputs can be switched by GUI interface or CAN command. It delivers an output power of above 10 W and has a pulse duration tunability of 400 fs - 4 ps. This laser has an internal pulse repetition rate of 100 kHz - 1.6 MHz, down to 30 kHz in burst mode.

BIOLIT 2: Femtosecond Fiber Laser for Biophotonics 

The Biolit 2, a compact, air-cooled femtosecond laser, addresses the needs of biophotonics and non-linear optics applications. Renowned for exceptional performance and affordability, its industrial-grade design ensures reliability. Integration of ultra-short, clean pulses with dispersion compensation guarantees sharp imaging and top-quality multiphoton microscopy. With maintenance-free operation and optimized parameters, the Biolit 2 establishes a new femtosecond fiber laser technology benchmark.

Biolit 10 operates at 1050 nm and delivers an output power of 2 W. This laser has a pulse duration of less than 70. This laser has a pulse repetition rate of 15 MHz - 40 MHz.

NEOLIT: Ultrashort Pulse Fiber Seeder for Laser Amplifiers 

Neolit seeders, as novel sources of ultrashort laser pulses, distinguish themselves by their absence of consumable components like SESAM, resulting in exceptional longevity. The all-fiber design provides robust environmental stability against vibrations and thermal fluctuations. Integration is simplified through a compact single box, passively cooled construction. Moreover, the pulses exhibit high-quality temporal and spectral characteristics, ensuring excellent output results from the laser system.

Neolit has three models of lasers such as Neolit, Neolit AMP, and Neolit BB models. These lasers operate from 1020 nm to 1070 nm and 1040 nm wavelengths. It delivers an average output power of 1 mW - 50 W and has a pulse duration of 1 ps - 10 ps. This laser has a pulse repetition rate of 15 MHz - 40 MHz.

Indylit's latest innovations signify a leap forward in laser technology, offering unprecedented levels of reliability, performance, and versatility. As industries continue to embrace laser-based solutions for various applications, Indylit remains at the forefront, driving progress and innovation in the field of femtosecond laser technology.

Click here to know more about Litilit's lasers.