At Veloptix.ai, we build resonant scanning systems for industrial laser marking and micromachining, where speed, precision, reliability, and economics have to work together.

In many production lines, throughput is increased by multiplying stations: more lasers, more scan heads, more stations. It works, but it also multiplies footprint, validation effort, integration, and operational complexity.

Resonant scanning has promised extreme performance for years, yet adoption has often stalled on system realities: synchronization, motion control, qualification, and the question of whether the economics truly beat scale-out.

Veloptix was founded to change how laser systems scale. We tune the complete system, not just the scan head. By combining resonant scanner design with timing/control, optics, and application intelligence, we convert available pulse repetition rates into usable throughput and higher laser utilization. That lets you scale performance per station instead of station count, while staying compatible with established laser platforms and qualified workflows.

The result is fewer stations for the same output, less line complexity, lower cost per mark, and faster ROI. Industrial laser processing scales economically, not by adding machines, but by getting more from each one.