Calmar Laser is a manufacturer of innovative ultrafast fiber laser and fiber amplifier solutions for the needs of industry, research institutions and universities. Our manufacturing is conducted under an ISO 9001:2015 environment. Calmar Laser is a member of CMTC's Made in California program, with all Calmar products are manufactured on site at our Palo Alto facility.
Since 1996 Calmar Laser (then Calmar Optcom) has been established as a leading supplier and reliable OEM partner for advanced high-speed test and measurement applications, optical communications, component characterization, material diagnosis, transmission, biomedicine and micromachining. Calmar is noted for creating fiber lasers designed for simple hands-off reliable use, especially valuable in OEM applications.
Calmar fiber laser systems can reliably generate clean optical pulses less than 100 fs, with repetition rates from KHz to 640 GHz, average power up to 10 Watts, and single pulse energies up to 20 µJ. Fiber lasers are available at several wavelengths from 515 to 1850 nm.
Ultrafast lasers are finding new applications in test and measurement, optical metrology and thin film characterization. One specific area is their use to generate terahertz radiation for time-domain spectroscopy (THz-TDS). We now offer a robust, 1550 nm Mendocino OEM module, optimized for remote terahertz imaging and other applications in industrial environments.
- Power ~ 30 mW (1550 nm)
- Preservation of exceptional pulse quality throughout delivery fiber
- Pulse width < 110 fs
- Near transform-limited output
- Convenient fiber pigtail output
- 1550 nm Mendocino With Long Fiber Delivery Up To 50 meters For Industrial Applications
- Photonics West 2023: Carmel X-780 with GVD Compensation
- Calmar Laser Updates Product Line at CLEO 2022
- New Ultrafast Fiber Laser Solutions for 2022
- Calmar's Carmel-780nm laser for clinical Multiphoton Exoscope
- Calmar's Carmel Femtosecod laser with powerpulse-width stabilization system
- Calmar's Mendocino laser module for 6G by Teraview
- Multiphoton Microscopy Technique Advances into Clinical Settings
