From light quanta to clinical practice.

The Q-Las belongs to the solid-state laser category.

More precisely, this ophthalmic laser is a Nd:YAG laser (neodymium-doped yttrium-aluminium garnet) optically pumped by a laser diode (µ-Chip technology). The Nd³⁺ ions in the YAG crystal absorb light from the diode and become excited until the threshold of population inversion is reached. The crystal is then ready to emit laser radiation.

To capture the spontaneous emission, the Nd:YAG crystal is placed inside a resonant optical cavity formed by two parallel mirrors: one fully reflective, the other partially transmissive.

Photons bounce between the mirrors and trigger successive stimulated emissions. This process amplifies the light until a coherent, collimated and monochromatic laser beam (1064 nm) exits through the partially transmissive mirror.

Diode pumping is what sets the Q-Las apart from the competition.

The Cetus NanoLaser is a solid-state laser.

More precisely, it is an actively Q-switched Nd:YAG laser operating at 1064 nm in the near-infrared. The Nd³⁺ ions in the YAG crystal are excited and, through active Q-switching, release high-intensity nanosecond pulses with minimal thermal load.

The NanoLaser is used in ophthalmology — specifically in cataract surgery. Unlike conventional systems, the Cetus NanoLaser is triggered externally by pneumatic pulses from a phaco machine to which it is connected via the vitrectomy port. The footswitch controls the laser firing rate through the phaco machine's cutting frequency — every pneumatic pulse fires one laser pulse. This makes it a seamless upgrade for existing phaco systems.

The laser beam is absorbed inside the titanium tip of the disposable handpiece. This ignites a plasma and induces a shock wave that, on exiting the side aperture, gently fragments the occluded lens material — without the laser beam ever reaching the eye. A precise, low-energy and atraumatic alternative to conventional phacoemulsification.

ARC Laser's ArgonGreen and TruBlue systems mark a significant step forward in semiconductor laser technology. Unlike conventional diode lasers, they are manufactured using advanced semiconductor fabrication techniques that deliver superior performance and precision. Operating in the visible spectrum, ArgonGreen emits a sharply defined green wavelength at 514 nm, while TruBlue produces a pure blue beam at 445 nm. Both systems deliver exceptionally stable, high-purity output.

The FOX 514 and Classic 514 form ARC Laser's ArgonGreen line — tradition combined with breakthrough technology for outstanding ophthalmic care. Argon lasers were traditionally gas-based and widely used for retinal photocoagulation; ARC Laser has reinterpreted this classic wavelength using innovative semiconductor technology and exceptionally precise optics. ARC Laser is the only company offering 514 nm photocoagulation lasers built on this advanced semiconductor technology — the gentler 514 nm wavelength enables milder coagulation, greater patient comfort and less pain.

TruBlue pioneers the high-power 445 nm wavelength and combines the advantages of KTP and CO₂ lasers in one versatile device. The WOLF 445 nm sets a new benchmark in ENT surgery and is transforming operating rooms worldwide thanks to its outstanding performance — purpose-built for advanced ENT applications.