Description
OmniFire is a high-performance, all-in-one 1030 nm femtosecond fiber laser. Co-developed by Oriental Spectra and a renowned industry laser manufacturer for cutting-edge ultrafast spectroscopy applications, the laser is widely used across multiple fields due to its outstanding stability and precision. In scientific research, OmniFire provides a powerful tool for ultrafast spectroscopy, nonlinear optics, and quantum optics, enabling scientists to explore material properties and behaviors under extreme conditions. In industrial manufacturing, OmniFire is widely applied in micro/nano machining, precision drilling, and cutting, driving manufacturing upgrades. In biomedicine, OmniFire is a preferred tool for ophthalmic surgery, cell imaging, and bioimaging, supporting early disease diagnosis and treatment. OmniFire is also used in environmental monitoring and defense security.
Key Features
Selectable wavelength – Delivers excellent spatial resolution and photon energy for submicron-level ultrafine processing.
Femtosecond pulse (< 500 fs) – Ultra-short pulse duration releases energy within picoseconds, significantly suppressing the heat-affected zone (HAZ) for near 'cold processing' of heat-sensitive materials (e.g., polymers, biological tissues, semiconductors) and brittle materials; suitable for detector ultrafast dynamics.
Excellent beam quality (M² < 1.3) – Near-diffraction-limited Gaussian beam ensures highly concentrated focal energy, sharp processing edges, and excellent repeatability, ideal for high-quality microholes, microgrooves, surface structuring, and lithography.
High average power and high single-pulse energy – Provides stable output from several watts to tens of watts, meeting the needs of high-efficiency mass production or high-threshold material processing.
Unmatched stability and reliability – Industrial-grade design with precision temperature control ensures 24/7 continuous stable operation with minimal fluctuations in output power and pointing stability, offering robust support for industrial production and long-term experiments.
Intelligent control and flexible integration – Equipped with an intuitive touchscreen interface and a range of industrial standard interfaces (USB/Ethernet/RS232, TTL/analog modulation) for easy integration into automated processing platforms, microscope systems, or experimental setups. Supports flexible external triggering and real-time parameter adjustment.