The Iteration-TW is the compact terawatt ultrashort ultra-intense laser facility with industrial-grade reliability. It can output pulse width of 25 fs, pulse peak power up to 45 TW, and repetition rate up to 10 Hz.

The Iteration-TW uses the Lancer regenerative amplifier as the pre-stage and the Flare multipass amplifier as the main amplification module. The system uses cross-polarized wave (XPW) technology to achieve picosecond pulse contrast in the order of 10^10. The precision deformation mirror technology perfectly corrects the laser wavefront distortion, so that the output pulse can combine high energy and high beam quality. The pointing stability of the Iteration-TW laser system is only 5 μrad, thanks to its large number of integrated mechanical supports and Triones flexible frame structure.

Particle accelerator devices based on Iteration-TW lasers can be up to "tabletop level" in size and are potential replacements for bulky traditional accelerators. The high reliability of Iteration-TW will push laser particle accelerators out of the lab and into the broader civilian market.