The Novanta Laser Quantum Axiom series is a family of high-power, high-performance DPSS continuous wave lasers engineered for the most demanding industrial, scientific, and OEM applications. Designed around a patented cavity architecture with integrated active noise suppression, these lasers deliver a uniquely stable, low-noise output that supports precision-driven processes such as wafer inspection, particle counting, metrology, and advanced quantum technologies. By combining powerful laser emission with intelligent, compact sub-systems, the Axiom platform provides a robust and scalable solution for 24/7 operation in production and research environments where reliability and repeatability are critical.

In comparison to many conventional CW DPSS lasers in its class, the Axiom series distinguishes itself with its combination of high output power, superior beam quality, and class-leading noise characteristics. Typical noise levels around <0.03% and power stability better than <0.1% enable highly sensitive measurements while minimizing signal drift and artifacts. Beam pointing stability below 2 μrad/°C supports applications where spatial precision is essential, such as high-resolution inspection, fine material processing, and tight-coupling into optical systems and fiber delivery lines. These performance parameters position the Axiom series alongside the most advanced industrial and scientific CW lasers currently available.

The Axiom platform has been engineered with OEM integration at its core, offering a compact footprint, integrated pump diode, and a streamlined driver that simplify system design and integration into larger tools or instruments. The intrinsic mechanical rigidity and resonator stability reduce susceptibility to vibration-induced instabilities, which is particularly important in semiconductor manufacturing, automated inspection systems, and mobile or modular platforms. Long operational lifetimes and remote accessibility features support predictive and scheduled maintenance, helping to maximize uptime and minimize total cost of ownership in around-the-clock production environments.

An additional advantage of the Axiom series is the flexibility in thermal management and cooling options. The highly efficient optical and electronic design allows operation with standard water-based cooling or, optionally, forced air cooling, depending on the power level and system constraints. This flexibility makes the lasers suitable for both benchtop laboratory settings and tightly integrated OEM installations where utility access, footprint, and thermal load must be carefully managed. Compared with many traditional DPSS solutions that require more complex or bulky cooling infrastructure, the Axiom platform offers a more streamlined and cost-effective integration path.

The Axiom family supports critical applications at key wavelengths, including 532 nm and 660 nm, addressing a broad range of processes from polymerization and 2D sintering to solar cell manufacturing and precision material processing. Its stability and low noise performance also make it a strong candidate for Ti:sapphire pumping, carrier-envelope phase (CEP) stabilization, and other advanced ultrafast and quantum-optics related tasks where fluctuations in pump power translate directly into reduced system performance. By delivering high power to the sample with tightly controlled beam parameters, the Axiom series helps users achieve faster throughput, higher measurement sensitivity, and more consistent processing results across diverse photonics applications.